<!--三级NGW型行星轮系齿轮传动宏观参数设计及优化-->
<template>
  <div class="sum" style="width: 100%; height: 100%;font-size: 16px;position:relative;">
    <el-dialog width="50%" style="text-align: left;padding: 2%;color:rgb(240,240,240);" append-to-body
               :before-close="handleClose" :visible="dialogVisible" :title=title>
      <img :src="url3" style="width: 100%;height: 80%">
      <span slot="footer" class="dialog-footer">
              </span>
    </el-dialog>

    <button class="a" :class="{ select_active: this.AisSelectActive }" @click="select('a')" style="margin-left: 0.95%">基本参数
    </button>
    <button class="b" :class="{ select_active: this.BisSelectActive }" @click="select('b')">设计模块</button>

    <div v-if="Acanshow" class="da">
      <div class="box left">
        <div class="bend_head">第一级行星轮系宏观参数设计模块</div>
        <a-row type="flex" class="bend">
          <div style="height: 100%">
            <a-col span="6">
              <input class="bend_input" v-model="input.planet_number_1">
              <span class="text">总传动比</span>
            </a-col>
            <a-col span="8">
              <button class="but" style="float: right;" @click="open(1,'圆柱齿轮的宽径比参考表')">!</button>
              <input class="bend_input" v-model="input.ratio_width_diameter_max_1">
              <span class="text" style="width: 50%">最大设计宽径</span>
            </a-col>
            <a-col span="10">
              <input class="bend_input" v-model="input.abundant_ring_rim_factor_1">
              <span class="text">齿圈预留法向轮缘系</span>
            </a-col>
          </div>
        </a-row>
        <a-row type="flex" class="bend">
          <div style="height: 100%">
            <a-col span="6">
              <input class="bend_input" v-model="input.ratio_aim_1">
              <span class="text">目标齿数比</span>
            </a-col>
            <a-col span="8">
              <input class="bend_input" style="margin-right: 13%;" v-model="input.planet_number_1">
              <span class="text" style="width: 50%">行星轮个数</span>
            </a-col>
            <a-col span="10">
              <button class="but" style="float: right;" @click="open(2,'不均载系数参数表')">!</button>
              <input class="bend_input" v-model="input.load_share_factor_1">
              <span class="text" style="width: 50%">不均载系数</span>
            </a-col>
          </div>
        </a-row>
        <a-row type="flex" class="bend">
          <div style="height: 100%;width: 100%">
            <a-col span="8">
            </a-col>
            <a-col span="8">
              <span class="text" style="width: 100%;text-align: center">外啮合</span>
            </a-col>
            <a-col span="8">
              <span class="text" style="width: 100%;text-align: center">内啮合</span>
            </a-col>
          </div>
        </a-row>
        <a-row type="flex" class="bend">
          <a-col span="8">
          </a-col>
          <a-col span="4">
            <span class="text" style="width: 100%;text-align: center">太阳</span></a-col>
          <a-col span="4">
            <span class="text" style="width: 100%;text-align: center">行星</span>
          </a-col>
          <a-col span="4">
            <span class="text" style="width: 100%;text-align: center">行星</span>
          </a-col>
          <a-col span="4">
            <span class="text" style="width: 100%;text-align: center">齿圈</span>
          </a-col>
        </a-row>

        <a-row type="flex" class="bend">
          <a-col span="8">
            <span class="text" style="width: 100%;text-align: right">设计法向压力角(°)</span></a-col>
          <a-col span="16">
            <input class="bend_input" style="width: 100%" v-model="input.press_angle_1">
          </a-col>
        </a-row>

        <a-row type="flex" class="bend">
          <a-col span="8">
            <span class="text" style="width: 100%;text-align: right">设计螺旋角(°)</span></a-col>
          <a-col span="16">
            <input class="bend_input" style="width: 100%" v-model="input.helix_angle_1">
          </a-col>
        </a-row>

        <a-row type="flex" class="bend">
          <a-col span="8">
            <span class="text" style="width: 100%;text-align: right">设计宽径比</span></a-col>
          <a-col span="5">
            <span class="text" style="width: 100%;text-align: center">{{ res.ratio_width_diameter_s_1 }}</span>
          </a-col>
          <a-col span="6">
            <span class="text" style="width: 100%;text-align: center">{{ res.ratio_width_diameter_p_1 }}</span>
          </a-col>
          <a-col span="5">
            <span class="text" style="width: 100%;text-align: center">{{ res.ratio_width_diameter_r_1 }}</span>
          </a-col>
        </a-row>

        <a-row type="flex" class="bend">
          <a-col span="8">
            <span class="text" style="width: 100%;text-align: right">参考分度圆直径</span></a-col>
          <a-col span="5">
            <span class="text" style="width: 100%;text-align: center">{{ res.tran_refer_dia_s_1 }}</span>
          </a-col>
          <a-col span="6">
            <span class="text" style="width: 100%;text-align: center">{{ res.tran_refer_dia_p_1 }}</span>
          </a-col>
          <a-col span="5">
            <span class="text" style="width: 100%;text-align: center">{{ res.tran_refer_dia_r_1 }}</span>
          </a-col>
        </a-row>

        <a-row type="flex" class="bend">
          <a-col span="8">
            <span class="text" style="width: 100%;text-align: right">参考中心距(mm)</span></a-col>
          <a-col span="5">
          </a-col>
          <a-col span="6">
            <span class="text" style="width: 100%;text-align: center">{{ res.center_refer_strength_1 }}</span>
          </a-col>
          <a-col span="5">
          </a-col>
        </a-row>

        <a-row type="flex" class="bend">
          <a-col span="8">
            <span class="text" style="width: 100%;text-align: right">参考齿圈最大外径</span></a-col>
          <a-col span="5">
          </a-col>
          <a-col span="6">

            <span class="text" style="width: 100%;text-align: center">{{ res.max_dia_refer_strength_1 }}</span>
          </a-col>
          <a-col span="5">
          </a-col>
        </a-row>

        <a-row type="flex" class="bend">
          <a-col span="8">
            <span class="text" style="width: 100%;text-align: right">参考法向模数(mm)</span></a-col>
          <a-col span="5">
          </a-col>
          <a-col span="6">

            <span class="text" style="width: 100%;text-align: center">{{ res.normal_module_refer_1 }}</span>
          </a-col>
          <a-col span="5">
          </a-col>
        </a-row>

        <a-row type="flex" class="bend">
          <a-col span="8">
            <span class="text" style="width: 100%;text-align: right">设计法向模数(mm)</span></a-col>
          <a-col span="16">
            <input class="bend_input" style="width: 100%" v-model="input.normal_module_1">
          </a-col>
        </a-row>

        <a-row type="flex" class="bend">
          <a-col span="8">
            <span class="text" style="width: 100%;text-align: right">参考齿数</span></a-col>
          <a-col span="5">
            <span class="text" style="width: 100%;text-align: center">{{ res.z_s_refer_1 }}</span>
          </a-col>
          <a-col span="6">
            <span class="text" style="width: 100%;text-align: center">{{ res.z_p_refer_1 }}</span>
          </a-col>
          <a-col span="5">
            <span class="text" style="width: 100%;text-align: center">{{ res.z_r_refer_1 }}</span>
          </a-col>
        </a-row>
        <!--           有下拉-->
        <a-row type="flex" class="bend">
          <a-col span="8">
            <span class="text" style="width: 100%;text-align: right">齿数调整值</span></a-col>
          <a-col span="5">
          </a-col>
          <a-col span="6" style=" vertical-align:middle;display: table-cell">
            <select class="bend_input" style="margin-right: 19%;width: 50%;line-height: 100%;height: 100%"
                    v-model="input.z_p_adjust_1">
              <option class="u365_input_option" value=0>0</option>
              <option class="u365_input_option" value=-2>-2</option>
              <option class="u365_input_option" value=-1>-1</option>
              <option class="u365_input_option" value=1>1</option>
              <option class="u365_input_option" value=2>2</option>
            </select>
          </a-col>
          <a-col span="5">
            <select class="bend_input" style="float:right;width: 50%;line-height: 100%;height: 100%"
                    v-model="input.z_r_adjust_1">
              <option class="u365_input_option" value=0>0</option>
              <option class="u365_input_option" value=-2>-2</option>
              <option class="u365_input_option" value=-1>-1</option>
              <option class="u365_input_option" value=1>1</option>
              <option class="u365_input_option" value=2>2</option>
            </select>
            <span class="text" style="width: 30%;text-align: center">{{ res.z_r_change_1 }}</span>

          </a-col>
        </a-row>

        <!--           设计齿数-->
        <a-row type="flex" class="bend">
          <a-col span="8">
            <span class="text" style="width: 100%;text-align: right">设计齿数</span></a-col>
          <a-col span="5">
            <input class="bend_input" style="width: 49%;float: left" v-model="input.z_s_1">
          </a-col>
          <a-col span="6">
            <span class="text" style="width: 100%;text-align: center">{{ res.z_p_1 }}</span>
          </a-col>
          <a-col span="5">
            <span class="text" style="width: 100%;text-align: center">{{ res.z_r_1 }}</span>
          </a-col>
        </a-row>
        <!--设计齿数比-->
        <a-row type="flex" class="bend">
          <a-col span="8">
            <span class="text" style="width: 100%;text-align: right">设计齿数比</span></a-col>
          <a-col span="5">
          </a-col>
          <a-col span="6">
            <span class="text" style="width: 100%;text-align: center">{{ res.ratio_design_1 }}</span>
          </a-col>
          <a-col span="5">
          </a-col>
        </a-row>
        <!--           齿数比差值百分比-->
        <a-row type="flex" class="bend">
          <a-col span="8">
            <span class="text" style="width: 100%;text-align: right">齿数比差值百分比</span></a-col>
          <a-col span="5">
          </a-col>
          <a-col span="6">
            <span class="text" style="width: 100%;text-align: center">{{ res.ratio_different_1 }}</span>
          </a-col>
          <a-col span="5">
          </a-col>
        </a-row>
        <!--           设计齿宽-->
        <a-row type="flex" class="bend">
          <a-col span="8">
            <span class="text" style="width: 100%;text-align: right">设计齿宽(mm)</span></a-col>
          <a-col span="5">
          </a-col>
          <a-col span="6">
            <span class="text" style="width: 100%;text-align: center">{{ res.effect_width_1 }}</span>
          </a-col>
          <a-col span="5">
          </a-col>
        </a-row>
        <!--           标准中心距-->
        <a-row type="flex" class="bend">
          <a-col span="8">
            <span class="text" style="width: 100%;text-align: right">标准中心距(mm)</span></a-col>
          <a-col span="8">
            <span class="text" style="width: 100%;text-align: center">{{ res.standard_center_external_1 }}</span>
          </a-col>
          <a-col span="4">
            <span class="text" style="width: 100%;text-align: center">{{ res.standard_center_internal_1 }}</span>
          </a-col>
          <a-col span="4">
            <span class="text" style="width: 50%;text-align: center">自动</span>
            <input type="radio" name="se" value=1 class="bend_input" v-model="ischeck1">
          </a-col>
        </a-row>
        <!--        设计中心距   -->
        <a-row type="flex" class="bend">
          <a-col span="8">
            <span class="text" style="width: 100%;text-align: right">设计中心距(mm)</span></a-col>
          <a-col span="12" v-if="input1">
            <input class="bend_input" style="width: 100%" v-model="input.work_center_manual_1">
          </a-col>

          <a-col v-if="!input1" span="5">
          </a-col>
          <a-col v-if="!input1" span="6">
            <span class="text" style="width: 100%;text-align: center">{{ res.work_center_1_1 }}</span>
          </a-col>
          <a-col v-if="!input1" span="1"></a-col>
          <a-col span="4">
            <span class="text" style="width: 50%;text-align: center">手动</span>
            <input type="radio" name="se" value=2 class="bend_input" v-model="ischeck1">
          </a-col>

        </a-row>
        <!--        参数法向变位系数   -->
        <a-row type="flex" class="bend">
          <a-col span="8">
            <span class="text" style="width: 100%;text-align: right">参数法向变位系数(mm)</span></a-col>
          <a-col span="5" v-if="input1">
            <span class="text" style="width: 100%;text-align: center">{{ res[0] }}</span>
          </a-col>
          <a-col span="6" v-if="input1">
            <span class="text" style="width: 100%;text-align: center">{{ res[0] }}</span>
          </a-col>
          <a-col span="5" v-if="input1">
            <button class="but" style="float: left;width: 20%" @click="twarn('请输入正确的中心距及小轮法向变位系数!\n')">!</button>
          </a-col>
        </a-row>
        <!--           设计法向变位系数-->
        <a-row type="flex" class="bend">
          <a-col span="8">
            <span class="text" style="width: 100%;text-align: right">设计法向变位系数</span></a-col>
          <a-col span="5">
            <input class="bend_input" style="width: 49%;float: left" value="0" v-model="input.normal_modi_factor_s_1">
          </a-col>
          <a-col span="6">
            <span class="text" style="width: 100%;text-align: center">{{ res.normal_modi_factor_p_1 }}</span>
          </a-col>
          <a-col span="5">
            <button class="but" style="float: right;width: 10%"
                    @click="twarn('按照国内齿轮行业惯例，中心距变大时内齿轮的变位系数为正，反之为负，但国际上内齿轮变位系数的符号规定与之相反，所以标注时请引起注意!本程序使用国内惯例')">!
            </button>
            <span class="text" style="width: 80%;text-align: center">{{ res.normal_modi_factor_r_1 }}</span>
          </a-col>
        </a-row>
        <!--滑动率-->
        <a-row type="flex" class="bend">
          <a-col span="8">
            <span class="text" style="width: 100%;text-align: right">滑动率</span></a-col>
          <a-col span="4">
            <span class="text" style="width: 100%;text-align: center">{{ res.slip_s_external_1 }}</span>
          </a-col>
          <a-col span="4">
            <span class="text" style="width: 100%;text-align: center">{{ res.slip_p_external_1 }}</span>
          </a-col>
          <a-col span="4">
            <span class="text" style="width: 100%;text-align: center">{{ res.slip_p_internal_1 }}</span>
          </a-col>
          <a-col span="4">
            <span class="text" style="width: 100%;text-align: center">{{ res.slip_r_internal_1 }}</span>
          </a-col>
        </a-row>
        <!--      法向齿顶宽系数     -->
        <a-row>
          <a-col span="8">
            <span class="text" style="width: 100%;text-align: right">法向齿顶宽系数</span></a-col>
          <a-col span="5">
            <span class="text" style="width: 100%;text-align: center">{{ res.normal_width_tip_factor_s_sn_1 }}</span>
          </a-col>
          <a-col span="6">
            <span class="text" style="width: 100%;text-align: center">{{ res.normal_width_tip_factor_p_sn_1 }}</span>
          </a-col>
          <a-col span="5">
            <span class="text" style="width: 100%;text-align: center">{{ res.normal_width_tip_factor_r_sn_1 }}</span>
          </a-col>
        </a-row>
        <!--轴向重合度-->
        <a-row type="flex" class="bend">
          <a-col span="8">
            <span class="text" style="width: 100%;text-align: right">轴向重合度</span></a-col>
          <a-col span="8">
            <span class="text" style="width: 100%;text-align: center">{{ res.axial_contact_ratio_external_1 }}</span>
          </a-col>
          <a-col span="8">
            <span class="text" style="width: 100%;text-align: center">{{ res.axial_contact_ratio_internal_1 }}</span>
          </a-col>
        </a-row>
        <!--           端面重合度-->
        <a-row type="flex" class="bend">
          <a-col span="8">
            <span class="text" style="width: 100%;text-align: right">端面重合度</span></a-col>
          <a-col span="8">
            <span class="text" style="width: 100%;text-align: center">{{ res.tran_contact_ratio_external_1 }}</span>
          </a-col>
          <a-col span="8">
            <span class="text" style="width: 100%;text-align: center">{{ res.tran_contact_ratio_internal_1 }}</span>
          </a-col>
        </a-row>
        <!--           总重合度-->
        <a-row type="flex" class="bend">
          <a-col span="8">
            <span class="text" style="width: 100%;text-align: right">总重合度</span></a-col>
          <a-col span="8">
            <span class="text" style="width: 100%;text-align: center">{{ res.total_contact_ratio_external_1 }}</span>
          </a-col>
          <a-col span="8">
            <span class="text" style="width: 100%;text-align: center">{{ res.total_contact_ratio_internal_1 }}</span>
          </a-col>
        </a-row>
        <!--           接触疲劳强度裕度-->
        <a-row type="flex" class="bend">
          <a-col span="8">
            <span class="text" style="width: 100%;text-align: right">接触疲劳强度裕度</span></a-col>
          <a-col span="4">
            <span class="text" style="width: 100%;text-align: center">{{ res.abundant_H_fatigue_s_external_1 }}</span>
          </a-col>
          <a-col span="4">
            <span class="text" style="width: 100%;text-align: center">{{ res.abundant_H_fatigue_p_external_1 }}</span>
          </a-col>
          <a-col span="4">
            <span class="text" style="width: 100%;text-align: center">{{ res.abundant_H_fatigue_p_internal_1 }}</span>
          </a-col>
          <a-col span="4">
            <span class="text" style="width: 100%;text-align: center">{{ res.abundant_H_fatigue_r_internal_1 }}</span>
          </a-col>
        </a-row>
        <!--           弯曲疲劳强度裕度-->
        <a-row type="flex" class="bend">
          <a-col span="8">
            <span class="text" style="width: 100%;text-align: right">弯曲疲劳强度裕度</span></a-col>
          <a-col span="4">
            <span class="text" style="width: 100%;text-align: center">{{ res.abundant_F_fatigue_s_external_1 }}</span>
          </a-col>
          <a-col span="4">
            <span class="text" style="width: 100%;text-align: center">{{ res.abundant_F_fatigue_p_external_1 }}</span>
          </a-col>
          <a-col span="4">
            <span class="text" style="width: 100%;text-align: center">{{ res.abundant_F_fatigue_p_internal_1 }}</span>
          </a-col>
          <a-col span="4">
            <span class="text" style="width: 100%;text-align: center">{{ res.abundant_F_fatigue_r_internal_1 }}</span>
          </a-col>
        </a-row>
        <!--          接触静强度裕度 -->
        <a-row type="flex" class="bend">
          <a-col span="8">
            <span class="text" style="width: 100%;text-align: right">接触静强度裕度</span></a-col>
          <a-col span="4">
            <span class="text" style="width: 100%;text-align: center">{{ res.abundant_H_static_s_external_1 }}</span>
          </a-col>
          <a-col span="4">
            <span class="text" style="width: 100%;text-align: center">{{ res.abundant_H_static_p_external_1 }}</span>
          </a-col>
          <a-col span="4">
            <span class="text" style="width: 100%;text-align: center">{{ res.abundant_H_static_p_internal_1 }}</span>
          </a-col>
          <a-col span="4">
            <span class="text" style="width: 100%;text-align: center">{{ res.abundant_H_static_r_internal_1 }}</span>
          </a-col>
        </a-row>
        <!--          弯曲静强度裕度 -->
        <a-row type="flex" class="bend">
          <a-col span="8">
            <span class="text" style="width: 100%;text-align: right">弯曲静强度裕度</span></a-col>
          <a-col span="4">
            <span class="text" style="width: 100%;text-align: center">{{ res.abundant_F_static_s_external_1 }}</span>
          </a-col>
          <a-col span="4">
            <span class="text" style="width: 100%;text-align: center">{{ res.abundant_F_static_p_external_1 }}</span>
          </a-col>
          <a-col span="4">
            <span class="text" style="width: 100%;text-align: center">{{ res.abundant_F_static_p_internal_1 }}</span>
          </a-col>
          <a-col span="4">
            <span class="text" style="width: 100%;text-align: center">{{ res.abundant_F_static_r_internal_1 }}</span>
          </a-col>
        </a-row>

        <!--           行星轮间隙系数-->
        <a-row type="flex" class="bend">
          <a-col span="8">
            <span class="text" style="width: 100%;text-align: right">行星轮间隙系数</span></a-col>
          <a-col span="16">
            <span class="text" style="width: 100%;text-align: center">{{ res.clearance_planet_factor_1 }}</span></a-col>
        </a-row>
        <!--设计齿圈最大外径-->
        <a-row type="flex" class="bend">
          <a-col span="8">
            <span class="text" style="width: 100%;text-align: right">设计齿圈最大外径</span></a-col>
          <a-col span="16">
            <span class="text" style="width: 100%;text-align: center">{{ res.max_dia_ring_design_1 }}</span></a-col>
        </a-row>

        <!--           端面齿顶圆直径-->
        <a-row>
          <a-col span="8">
            <span class="text" style="width: 100%;text-align: right">端面齿顶圆直径</span></a-col>
          <a-col span="5">
            <span class="text" style="width: 100%;text-align: center">{{ res.tran_practice_ad_dia_s_1 }}</span>
          </a-col>
          <a-col span="6">
            <span class="text" style="width: 100%;text-align: center">{{ res.tran_practice_ad_dia_p_1 }}</span>
          </a-col>
          <a-col span="5">
            <span class="text" style="width: 100%;text-align: center">{{ res.tran_practice_ad_dia_r_1 }}</span>
          </a-col>
        </a-row>
        <!--           端面齿根圆直径-->
        <a-row>
          <a-col span="8">
            <span class="text" style="width: 100%;text-align: right">端面齿根圆直径</span></a-col>
          <a-col span="5">
            <span class="text" style="width: 100%;text-align: center">{{ res.tran_de_dia_s_1 }}</span>
          </a-col>
          <a-col span="6">
            <span class="text" style="width: 100%;text-align: center">{{ res.tran_de_dia_p_1 }}</span>
          </a-col>
          <a-col span="5">
            <span class="text" style="width: 100%;text-align: center">{{ res.tran_de_dia_r_1 }}</span>
          </a-col>
        </a-row>

        <!--        轴承最大外径-->
        <a-row type="flex" class="bend">
          <a-col span="8">
            <span class="text" style="width: 100%;text-align: right">轴承最大外径(mm)</span></a-col>
          <a-col span="16">
            <span class="text" style="width: 100%;text-align: center">{{ res.max_dia_bearing_outer_1 }}</span></a-col>
        </a-row>

        <!--        节圆线速度-->
        <a-row type="flex" class="bend">
          <a-col span="8">
            <span class="text" style="width: 100%;text-align: right">节圆线速度(m/s)</span></a-col>
          <a-col span="8">
            <span class="text" style="width: 100%;text-align: center">{{ res.v_pitch_external_1 }}</span>
          </a-col>
          <a-col span="8">
            <span class="text" style="width: 100%;text-align: center">{{ res.v_pitch_internal_1 }}</span>
          </a-col>
        </a-row>
      </div>
      <div class="center box">
        <div class="bend_head">第二级行星轮系宏观参数设计模块</div>
        <a-row type="flex" class="bend">
          <div style="height: 100%">
            <a-col span="6">
            </a-col>
            <a-col span="8">
              <button class="but" style="float: right;" @click="open(1,'圆柱齿轮的宽径比参考表')">!</button>
              <input class="bend_input" v-model="input.ratio_width_diameter_max_2">
              <span class="text" style="width: 50%">最大设计宽径</span>
            </a-col>
            <a-col span="10">
              <input class="bend_input" v-model="input.abundant_ring_rim_factor_2">
              <span class="text">齿圈预留法向轮缘系</span>
            </a-col>
          </div>
        </a-row>
        <a-row type="flex" class="bend">
          <div style="height: 100%">
            <a-col span="6">
              <input class="bend_input" v-model="input.ratio_aim_2">
              <span class="text">目标齿数比</span>
            </a-col>
            <a-col span="8">
              <input class="bend_input" style="margin-right: 13%;" v-model="input.planet_number_2">
              <span class="text" style="width: 50%">行星轮个数</span>
            </a-col>
            <a-col span="10">
              <button class="but" style="float: right;" @click="open(2,'不均载系数参数表')">!</button>
              <input class="bend_input" v-model="input.load_share_factor_2">
              <span class="text" style="width: 50%">不均载系数</span>
            </a-col>
          </div>
        </a-row>
        <a-row type="flex" class="bend">
          <div style="height: 100%;width: 100%">
            <a-col span="8">
            </a-col>
            <a-col span="8">
              <span class="text" style="width: 100%;text-align: center">外啮合</span>
            </a-col>
            <a-col span="8">
              <span class="text" style="width: 100%;text-align: center">内啮合</span>
            </a-col>
          </div>
        </a-row>
        <a-row type="flex" class="bend">
          <a-col span="8">
          </a-col>
          <a-col span="4">
            <span class="text" style="width: 100%;text-align: center">太阳</span></a-col>
          <a-col span="4">
            <span class="text" style="width: 100%;text-align: center">行星</span>
          </a-col>
          <a-col span="4">
            <span class="text" style="width: 100%;text-align: center">行星</span>
          </a-col>
          <a-col span="4">
            <span class="text" style="width: 100%;text-align: center">齿圈</span>
          </a-col>
        </a-row>

        <a-row type="flex" class="bend">
          <a-col span="8">
            <span class="text" style="width: 100%;text-align: right">设计法向压力角(°)</span></a-col>
          <a-col span="16">
            <input class="bend_input" style="width: 100%" v-model="input.press_angle_2">
          </a-col>
        </a-row>

        <a-row type="flex" class="bend">
          <a-col span="8">
            <span class="text" style="width: 100%;text-align: right">设计螺旋角(°)</span></a-col>
          <a-col span="16">
            <input class="bend_input" style="width: 100%" v-model="input.helix_angle_2">
          </a-col>
        </a-row>

        <a-row type="flex" class="bend">
          <a-col span="8">
            <span class="text" style="width: 100%;text-align: right">设计宽径比</span></a-col>
          <a-col span="5">
            <span class="text" style="width: 100%;text-align: center">{{ res.ratio_width_diameter_s_2 }}</span>
          </a-col>
          <a-col span="6">
            <span class="text" style="width: 100%;text-align: center">{{ res.ratio_width_diameter_p_2 }}</span>
          </a-col>
          <a-col span="5">
            <span class="text" style="width: 100%;text-align: center">{{ res.ratio_width_diameter_r_2 }}</span>
          </a-col>
        </a-row>

        <a-row type="flex" class="bend">
          <a-col span="8">
            <span class="text" style="width: 100%;text-align: right">参考分度圆直径</span></a-col>
          <a-col span="5">
            <span class="text" style="width: 100%;text-align: center">{{ res.tran_refer_dia_s_2 }}</span>
          </a-col>
          <a-col span="6">
            <span class="text" style="width: 100%;text-align: center">{{ res.tran_refer_dia_p_2 }}</span>
          </a-col>
          <a-col span="5">
            <span class="text" style="width: 100%;text-align: center">{{ res.tran_refer_dia_r_2 }}</span>
          </a-col>
        </a-row>

        <a-row type="flex" class="bend">
          <a-col span="8">
            <span class="text" style="width: 100%;text-align: right">参考中心距(mm)</span></a-col>
          <a-col span="5">
          </a-col>
          <a-col span="6">
            <span class="text" style="width: 100%;text-align: center">{{ res.center_refer_strength_2 }}</span>
          </a-col>
          <a-col span="5">
          </a-col>
        </a-row>

        <a-row type="flex" class="bend">
          <a-col span="8">
            <span class="text" style="width: 100%;text-align: right">参考齿圈最大外径</span></a-col>
          <a-col span="5">
          </a-col>
          <a-col span="6">
            <span class="text" style="width: 100%;text-align: center">{{ res.max_dia_refer_strength_2 }}</span>
          </a-col>
          <a-col span="5">
          </a-col>
        </a-row>

        <a-row type="flex" class="bend">
          <a-col span="8">
            <span class="text" style="width: 100%;text-align: right">参考法向模数(mm)</span></a-col>
          <a-col span="5">
          </a-col>
          <a-col span="6">
            <span class="text" style="width: 100%;text-align: center">{{ res.normal_module_refer_2 }}</span>
          </a-col>
          <a-col span="5">
          </a-col>
        </a-row>

        <a-row type="flex" class="bend">
          <a-col span="8">
            <span class="text" style="width: 100%;text-align: right">设计法向模数(mm)</span></a-col>
          <a-col span="16">
            <input class="bend_input" style="width: 100%" v-model="input.normal_module_2">
          </a-col>
        </a-row>

        <a-row type="flex" class="bend">
          <a-col span="8">
            <span class="text" style="width: 100%;text-align: right">参考齿数</span></a-col>
          <a-col span="5">
            <span class="text" style="width: 100%;text-align: center">{{ res.z_s_refer_2 }}</span>
          </a-col>
          <a-col span="6">
            <span class="text" style="width: 100%;text-align: center">{{ res.z_p_refer_2 }}</span>
          </a-col>
          <a-col span="5">
            <span class="text" style="width: 100%;text-align: center">{{ res.z_r_refer_2 }}</span>
          </a-col>
        </a-row>
        <!--           有下拉-->
        <a-row type="flex" class="bend">
          <a-col span="8">
            <span class="text" style="width: 100%;text-align: right">齿数调整值</span></a-col>
          <a-col span="5">
          </a-col>
          <a-col span="6" style=" vertical-align:middle;display: table-cell">
            <select class="bend_input" style="margin-right: 19%;width: 50%;line-height: 100%;height: 100%"
                    v-model="input.z_p_adjust_2">
              <option class="u365_input_option" value=0>0</option>
              <option class="u365_input_option" value=-2>-2</option>
              <option class="u365_input_option" value=-1>-1</option>
              <option class="u365_input_option" value=1>1</option>
              <option class="u365_input_option" value=2>2</option>
            </select>
          </a-col>
          <a-col span="5">
            <select class="bend_input" style="float:right;width: 50%;line-height: 100%;height: 100%"
                    v-model="input.z_r_adjust_2">
              <option class="u365_input_option" value=0>0</option>
              <option class="u365_input_option" value=-2>-2</option>
              <option class="u365_input_option" value=-1>-1</option>
              <option class="u365_input_option" value=1>1</option>
              <option class="u365_input_option" value=2>2</option>
            </select>
            <span class="text" style="width: 30%;text-align: center">{{ res.z_r_change_2 }}</span>

          </a-col>
        </a-row>

        <!--           设计齿数-->
        <a-row type="flex" class="bend">
          <a-col span="8">
            <span class="text" style="width: 100%;text-align: right">设计齿数</span></a-col>
          <a-col span="5">
            <input class="bend_input" style="width: 49%;float: left" v-model="input.z_s_2">
          </a-col>
          <a-col span="6">
            <span class="text" style="width: 100%;text-align: center">{{ res.z_p_2 }}</span>
          </a-col>
          <a-col span="5">
            <span class="text" style="width: 100%;text-align: center">{{ res.z_r_2 }}</span>
          </a-col>
        </a-row>
        <!--设计齿数比-->
        <a-row type="flex" class="bend">
          <a-col span="8">
            <span class="text" style="width: 100%;text-align: right">设计齿数比</span></a-col>
          <a-col span="5">
          </a-col>
          <a-col span="6">
            <span class="text" style="width: 100%;text-align: center">{{ res.ratio_design_2 }}</span>
          </a-col>
          <a-col span="5">
          </a-col>
        </a-row>
        <!--           齿数比差值百分比-->
        <a-row type="flex" class="bend">
          <a-col span="8">
            <span class="text" style="width: 100%;text-align: right">齿数比差值百分比</span></a-col>
          <a-col span="5">
          </a-col>
          <a-col span="6">
            <span class="text" style="width: 100%;text-align: center">{{ res.ratio_different_2 }}</span>
          </a-col>
          <a-col span="5">
          </a-col>
        </a-row>
        <!--           设计齿宽-->
        <a-row type="flex" class="bend">
          <a-col span="8">
            <span class="text" style="width: 100%;text-align: right">设计齿宽(mm)</span></a-col>
          <a-col span="5">
          </a-col>
          <a-col span="6">
            <span class="text" style="width: 100%;text-align: center">{{ res.effect_width_2 }}</span>
          </a-col>
          <a-col span="5">
          </a-col>
        </a-row>
        <!--           标准中心距-->
        <a-row type="flex" class="bend">
          <a-col span="8">
            <span class="text" style="width: 100%;text-align: right">标准中心距(mm)</span></a-col>
          <a-col span="8">
            <span class="text" style="width: 100%;text-align: center">{{ res.standard_center_external_2 }}</span>
          </a-col>
          <a-col span="4">
            <span class="text" style="width: 100%;text-align: center">{{ res.standard_center_internal_2 }}</span>
          </a-col>
          <a-col span="4">
            <span class="text" style="width: 50%;text-align: center">自动</span>
            <input type="radio" name="se2" value=1 class="bend_input" v-model="ischeck2">
          </a-col>
        </a-row>
        <!--        设计中心距   -->
        <a-row type="flex" class="bend">
          <a-col span="8">
            <span class="text" style="width: 100%;text-align: right">设计中心距(mm)</span></a-col>
          <a-col span="12" v-if="input2">
            <input class="bend_input" style="width: 100%" v-model="input.work_center_manual_2">
          </a-col>

          <a-col v-if="!input2" span="5">
          </a-col>
          <a-col v-if="!input2" span="6">
            <span class="text" style="width: 100%;text-align: center">{{ res.work_center_1_2 }}</span>
          </a-col>
          <a-col v-if="!input2" span="1"></a-col>
          <a-col span="4">
            <span class="text" style="width: 50%;text-align: center">手动</span>
            <input type="radio" name="se2" value=2 class="bend_input" v-model="ischeck2">
          </a-col>

        </a-row>
        <!--        参数法向变位系数   -->
        <a-row type="flex" class="bend">
          <a-col span="8">
            <span class="text" style="width: 100%;text-align: right">参数法向变位系数(mm)</span></a-col>
          <a-col span="5" v-if="input1">
            <span class="text" style="width: 100%;text-align: center">{{ res[27] }}</span>
          </a-col>
          <a-col span="6" v-if="input1">
            <span class="text" style="width: 100%;text-align: center">{{ res[28] }}</span>
          </a-col>
          <a-col span="5" v-if="input1">
            <button class="but" style="float: left;width: 20%" @click="twarn('请输入正确的中心距及小轮法向变位系数!\n')">!</button>
          </a-col>
        </a-row>
        <!--           设计法向变位系数-->
        <a-row type="flex" class="bend">
          <a-col span="8">
            <span class="text" style="width: 100%;text-align: right">设计法向变位系数</span></a-col>
          <a-col span="5">
            <input class="bend_input" style="width: 49%;float: left" v-model="input.normal_modi_factor_s_2">
          </a-col>
          <a-col span="6">
            <span class="text" style="width: 100%;text-align: center">{{ res.normal_modi_factor_p_2 }}</span>
          </a-col>
          <a-col span="5">
            <button class="but" style="float: right;width: 10%"
                    @click="twarn('按照国内齿轮行业惯例，中心距变大时内齿轮的变位系数为正，反之为负，但国际上内齿轮变位系数的符号规定与之相反，所以标注时请引起注意!本程序使用国内惯例')">!
            </button>
            <span class="text" style="width: 80%;text-align: center">{{ res.normal_modi_factor_r_2 }}</span>
          </a-col>
        </a-row>
        <!--滑动率-->
        <a-row type="flex" class="bend">
          <a-col span="8">
            <span class="text" style="width: 100%;text-align: right">滑动率</span></a-col>
          <a-col span="4">
            <span class="text" style="width: 100%;text-align: center">{{ res.slip_s_external_2 }}</span>
          </a-col>
          <a-col span="4">
            <span class="text" style="width: 100%;text-align: center">{{ res.slip_p_external_2 }}</span>
          </a-col>
          <a-col span="4">
            <span class="text" style="width: 100%;text-align: center">{{ res.slip_p_internal_2 }}</span>
          </a-col>
          <a-col span="4">
            <span class="text" style="width: 100%;text-align: center">{{ res.slip_r_internal_2 }}</span>
          </a-col>
        </a-row>
        <!--      法向齿顶宽系数     -->
        <a-row>
          <a-col span="8">
            <span class="text" style="width: 100%;text-align: right">法向齿顶宽系数</span></a-col>
          <a-col span="5">
            <span class="text" style="width: 100%;text-align: center">{{ res.normal_width_tip_factor_s_sn_2 }}</span>
          </a-col>
          <a-col span="6">
            <span class="text" style="width: 100%;text-align: center">{{ res.normal_width_tip_factor_p_sn_2 }}</span>
          </a-col>
          <a-col span="5">
            <span class="text" style="width: 100%;text-align: center">{{ res.normal_width_tip_factor_r_sn_2 }}</span>
          </a-col>
        </a-row>
        <!--轴向重合度-->
        <a-row type="flex" class="bend">
          <a-col span="8">
            <span class="text" style="width: 100%;text-align: right">轴向重合度</span></a-col>
          <a-col span="8">
            <span class="text" style="width: 100%;text-align: center">{{ res.axial_contact_ratio_external_2 }}</span>
          </a-col>
          <a-col span="8">
            <span class="text" style="width: 100%;text-align: center">{{ res.axial_contact_ratio_internal_2 }}</span>
          </a-col>
        </a-row>
        <!--           端面重合度-->
        <a-row type="flex" class="bend">
          <a-col span="8">
            <span class="text" style="width: 100%;text-align: right">端面重合度</span></a-col>
          <a-col span="8">
            <span class="text" style="width: 100%;text-align: center">{{ res.tran_contact_ratio_external_2 }}</span>
          </a-col>
          <a-col span="8">
            <span class="text" style="width: 100%;text-align: center">{{ res.tran_contact_ratio_internal_2 }}</span>
          </a-col>
        </a-row>
        <!--           总重合度-->
        <a-row type="flex" class="bend">
          <a-col span="8">
            <span class="text" style="width: 100%;text-align: right">总重合度</span></a-col>
          <a-col span="8">
            <span class="text" style="width: 100%;text-align: center">{{ res.total_contact_ratio_external_2 }}</span>
          </a-col>
          <a-col span="8">
            <span class="text" style="width: 100%;text-align: center">{{ res.total_contact_ratio_internal_2 }}</span>
          </a-col>
        </a-row>
        <!--           接触疲劳强度裕度-->
        <a-row type="flex" class="bend">
          <a-col span="8">
            <span class="text" style="width: 100%;text-align: right">接触疲劳强度裕度</span></a-col>
          <a-col span="4">
            <span class="text" style="width: 100%;text-align: center">{{ res.abundant_H_fatigue_s_external_2 }}</span>
          </a-col>
          <a-col span="4">
            <span class="text" style="width: 100%;text-align: center">{{ res.abundant_H_fatigue_p_external_2 }}</span>
          </a-col>
          <a-col span="4">
            <span class="text" style="width: 100%;text-align: center">{{ res.abundant_H_fatigue_p_internal_2 }}</span>
          </a-col>
          <a-col span="4">
            <span class="text" style="width: 100%;text-align: center">{{ res.abundant_H_fatigue_r_internal_2 }}</span>
          </a-col>
        </a-row>
        <!--           弯曲疲劳强度裕度-->
        <a-row type="flex" class="bend">
          <a-col span="8">
            <span class="text" style="width: 100%;text-align: right">弯曲疲劳强度裕度</span></a-col>
          <a-col span="4">
            <span class="text" style="width: 100%;text-align: center">{{ res.abundant_F_fatigue_s_external_2 }}</span>
          </a-col>
          <a-col span="4">
            <span class="text" style="width: 100%;text-align: center">{{ res.abundant_F_fatigue_p_external_2 }}</span>
          </a-col>
          <a-col span="4">
            <span class="text" style="width: 100%;text-align: center">{{ res.abundant_F_fatigue_p_internal_2 }}</span>
          </a-col>
          <a-col span="4">
            <span class="text" style="width: 100%;text-align: center">{{ res.abundant_F_fatigue_r_internal_2 }}</span>
          </a-col>
        </a-row>
        <!--          接触静强度裕度 -->
        <a-row type="flex" class="bend">
          <a-col span="8">
            <span class="text" style="width: 100%;text-align: right">接触静强度裕度</span></a-col>
          <a-col span="4">
            <span class="text" style="width: 100%;text-align: center">{{ res.abundant_H_static_s_external_2 }}</span>
          </a-col>
          <a-col span="4">
            <span class="text" style="width: 100%;text-align: center">{{ res.abundant_H_static_p_external_2 }}</span>
          </a-col>
          <a-col span="4">
            <span class="text" style="width: 100%;text-align: center">{{ res.abundant_H_static_p_internal_2 }}</span>
          </a-col>
          <a-col span="4">
            <span class="text" style="width: 100%;text-align: center">{{ res.abundant_H_static_r_internal_2 }}</span>
          </a-col>
        </a-row>
        <!--          弯曲静强度裕度 -->
        <a-row type="flex" class="bend">
          <a-col span="8">
            <span class="text" style="width: 100%;text-align: right">弯曲静强度裕度</span></a-col>
          <a-col span="4">
            <span class="text" style="width: 100%;text-align: center">{{ res.abundant_F_static_s_external_2 }}</span>
          </a-col>
          <a-col span="4">
            <span class="text" style="width: 100%;text-align: center">{{ res.abundant_F_static_p_external_2 }}</span>
          </a-col>
          <a-col span="4">
            <span class="text" style="width: 100%;text-align: center">{{ res.abundant_F_static_p_internal_2 }}</span>
          </a-col>
          <a-col span="4">
            <span class="text" style="width: 100%;text-align: center">{{ res.abundant_F_static_r_internal_2 }}</span>
          </a-col>
        </a-row>

        <!--           行星轮间隙系数-->
        <a-row type="flex" class="bend">
          <a-col span="8">
            <span class="text" style="width: 100%;text-align: right">行星轮间隙系数</span></a-col>
          <a-col span="16">
            <span class="text" style="width: 100%;text-align: center">{{ res.clearance_planet_factor_2 }}</span></a-col>
        </a-row>
        <!--设计齿圈最大外径-->
        <a-row type="flex" class="bend">
          <a-col span="8">
            <span class="text" style="width: 100%;text-align: right">设计齿圈最大外径</span></a-col>
          <a-col span="16">
            <span class="text" style="width: 100%;text-align: center">{{ res.max_dia_ring_design_2 }}</span></a-col>
        </a-row>

        <!--           端面齿顶圆直径-->
        <a-row>
          <a-col span="8">
            <span class="text" style="width: 100%;text-align: right">端面齿顶圆直径</span></a-col>
          <a-col span="5">
            <span class="text" style="width: 100%;text-align: center">{{ res.tran_practice_ad_dia_s_2 }}</span>
          </a-col>
          <a-col span="6">
            <span class="text" style="width: 100%;text-align: center">{{ res.tran_practice_ad_dia_p_2 }}</span>
          </a-col>
          <a-col span="5">
            <span class="text" style="width: 100%;text-align: center">{{ res.tran_practice_ad_dia_r_2 }}</span>
          </a-col>
        </a-row>
        <!--           端面齿根圆直径-->
        <a-row>
          <a-col span="8">
            <span class="text" style="width: 100%;text-align: right">端面齿根圆直径</span></a-col>
          <a-col span="5">
            <span class="text" style="width: 100%;text-align: center">{{ res.tran_de_dia_s_2 }}</span>
          </a-col>
          <a-col span="6">
            <span class="text" style="width: 100%;text-align: center">{{ res.tran_de_dia_p_2 }}</span>
          </a-col>
          <a-col span="5">
            <span class="text" style="width: 100%;text-align: center">{{ res.tran_de_dia_r_2 }}</span>
          </a-col>
        </a-row>

        <!--        轴承最大外径-->
        <a-row type="flex" class="bend">
          <a-col span="8">
            <span class="text" style="width: 100%;text-align: right">轴承最大外径(mm)</span></a-col>
          <a-col span="16">
            <span class="text" style="width: 100%;text-align: center">{{ res.max_dia_bearing_outer_2 }}</span></a-col>
        </a-row>

        <!--        节圆线速度-->
        <a-row type="flex" class="bend">
          <a-col span="8">
            <span class="text" style="width: 100%;text-align: right">节圆线速度(m/s)</span></a-col>
          <a-col span="8">
            <span class="text" style="width: 100%;text-align: center">{{ res.v_pitch_external_2 }}</span>
          </a-col>
          <a-col span="8">
            <span class="text" style="width: 100%;text-align: center">{{ res.v_pitch_internal_2 }}</span>
          </a-col>
        </a-row>
      </div>
      <div class="right box">
        <div class="bend_head">第三级行星轮系宏观参数设计模块</div>
        <a-row type="flex" class="bend">
          <div style="height: 100%">
            <a-col span="6">
              <span class="text" style="float: left;width: 50%">目标齿数比</span>
              <span class="text" style="width: 40%;text-align: center">{{res.ratio_aim_3}}</span>

            </a-col>
            <a-col span="8">
              <button class="but" style="float: right;" @click="open(1,'圆柱齿轮的宽径比参考表')">!</button>
              <input class="bend_input" v-model="input.ratio_width_diameter_max_3">
              <span class="text" style="width: 50%">最大设计宽径</span>
            </a-col>
            <a-col span="10">
              <input class="bend_input" v-model="input.abundant_ring_rim_factor_3">
              <span class="text">齿圈预留法向轮缘系</span>
            </a-col>
          </div>
        </a-row>
        <a-row type="flex" class="bend">
          <div style="height: 100%">
            <a-col span="6">
              <input class="bend_input" style="margin-right: 13%;" v-model="input.planet_number_3">
              <span class="text" style="width: 50%" value=3>行星轮个数</span>
            </a-col>
            <a-col span="8">
              <button class="but" style="float: right;" @click="open(2,'不均载系数参数表')">!</button>
              <input class="bend_input" v-model="input.load_share_factor_3">
              <span class="text" style="width: 50%">不均载系数</span>
            </a-col>
            <a-col span="10">
              <span class="text" style="width: 40%">{{ res.ratio_different_total }}</span>
              <span class="text" style="width: 50%;float: left">总传动比差值</span>
            </a-col>
          </div>
        </a-row>
        <a-row type="flex" class="bend">
          <div style="height: 100%;width: 100%">
            <a-col span="8">
            </a-col>
            <a-col span="8">
              <span class="text" style="width: 100%;text-align: center">外啮合</span>
            </a-col>
            <a-col span="8">
              <span class="text" style="width: 100%;text-align: center">内啮合</span>
            </a-col>
          </div>
        </a-row>
        <a-row type="flex" class="bend">
          <a-col span="8">
          </a-col>
          <a-col span="4">
            <span class="text" style="width: 100%;text-align: center">太阳</span></a-col>
          <a-col span="4">
            <span class="text" style="width: 100%;text-align: center">行星</span>
          </a-col>
          <a-col span="4">
            <span class="text" style="width: 100%;text-align: center">行星</span>
          </a-col>
          <a-col span="4">
            <span class="text" style="width: 100%;text-align: center">齿圈</span>
          </a-col>
        </a-row>

        <a-row type="flex" class="bend">
          <a-col span="8">
            <span class="text" style="width: 100%;text-align: right">设计法向压力角(°)</span></a-col>
          <a-col span="16">
            <input class="bend_input" style="width: 100%" v-model="input.press_angle_3">
          </a-col>
        </a-row>

        <a-row type="flex" class="bend">
          <a-col span="8">
            <span class="text" style="width: 100%;text-align: right">设计螺旋角(°)</span></a-col>
          <a-col span="16">
            <input class="bend_input" style="width: 100%" v-model="input.helix_angle_3">
          </a-col>
        </a-row>

        <a-row type="flex" class="bend">
          <a-col span="8">
            <span class="text" style="width: 100%;text-align: right">设计宽径比</span></a-col>
          <a-col span="5">
            <span class="text" style="width: 100%;text-align: center">{{ res.ratio_width_diameter_s_3 }}</span>
          </a-col>
          <a-col span="6">
            <span class="text" style="width: 100%;text-align: center">{{ res.ratio_width_diameter_p_3 }}</span>
          </a-col>
          <a-col span="5">
            <span class="text" style="width: 100%;text-align: center">{{ res.ratio_width_diameter_r_3 }}</span>
          </a-col>
        </a-row>

        <a-row type="flex" class="bend">
          <a-col span="8">
            <span class="text" style="width: 100%;text-align: right">参考分度圆直径</span></a-col>
          <a-col span="5">
            <span class="text" style="width: 100%;text-align: center">{{ res.tran_refer_dia_s_3 }}</span>
          </a-col>
          <a-col span="6">
            <span class="text" style="width: 100%;text-align: center">{{ res.tran_refer_dia_p_3 }}</span>
          </a-col>
          <a-col span="5">
            <span class="text" style="width: 100%;text-align: center">{{ res.tran_refer_dia_r_3 }}</span>
          </a-col>
        </a-row>

        <a-row type="flex" class="bend">
          <a-col span="8">
            <span class="text" style="width: 100%;text-align: right">参考中心距(mm)</span></a-col>
          <a-col span="5">
          </a-col>
          <a-col span="6">
            <span class="text" style="width: 100%;text-align: center">{{ res.center_refer_strength_3 }}</span>
          </a-col>
          <a-col span="5">
          </a-col>
        </a-row>

        <a-row type="flex" class="bend">
          <a-col span="8">
            <span class="text" style="width: 100%;text-align: right">参考齿圈最大外径</span></a-col>
          <a-col span="5">
          </a-col>
          <a-col span="6">
            <span class="text" style="width: 100%;text-align: center">{{ res.max_dia_refer_strength_3 }}</span>
          </a-col>
          <a-col span="5">
          </a-col>
        </a-row>

        <a-row type="flex" class="bend">
          <a-col span="8">
            <span class="text" style="width: 100%;text-align: right">参考法向模数(mm)</span></a-col>
          <a-col span="5">
          </a-col>
          <a-col span="6">
            <span class="text" style="width: 100%;text-align: center">{{ res.normal_module_refer_3 }}</span>
          </a-col>
          <a-col span="5">
          </a-col>
        </a-row>

        <a-row type="flex" class="bend">
          <a-col span="8">
            <span class="text" style="width: 100%;text-align: right">设计法向模数(mm)</span></a-col>
          <a-col span="16">
            <input class="bend_input" style="width: 100%" v-model="input.normal_module_3">
          </a-col>
        </a-row>

        <a-row type="flex" class="bend">
          <a-col span="8">
            <span class="text" style="width: 100%;text-align: right">参考齿数</span></a-col>
          <a-col span="5">
            <span class="text" style="width: 100%;text-align: center">{{ res.z_s_refer_3 }}</span>
          </a-col>
          <a-col span="6">
            <span class="text" style="width: 100%;text-align: center">{{ res.z_p_refer_3 }}</span>
          </a-col>
          <a-col span="5">
            <span class="text" style="width: 100%;text-align: center">{{ res.z_r_refer_3 }}</span>
          </a-col>
        </a-row>
        <!--           有下拉-->
        <a-row type="flex" class="bend">
          <a-col span="8">
            <span class="text" style="width: 100%;text-align: right">齿数调整值</span></a-col>
          <a-col span="5">
          </a-col>
          <a-col span="6" style=" vertical-align:middle;display: table-cell">
            <select class="bend_input" style="margin-right: 19%;width: 50%;line-height: 100%;height: 100%"
                    v-model="input.z_p_adjust_3">
              <option class="u365_input_option" value=0>0</option>
              <option class="u365_input_option" value=-2>-2</option>
              <option class="u365_input_option" value=-1>-1</option>
              <option class="u365_input_option" value=1>1</option>
              <option class="u365_input_option" value=2>2</option>
            </select>
          </a-col>
          <a-col span="5">
            <select class="bend_input" style="float:right;width: 50%;line-height: 100%;height: 100%"
                    v-model="input.z_r_adjust_3">
              <option class="u365_input_option" value=0>0</option>
              <option class="u365_input_option" value=-2>-2</option>
              <option class="u365_input_option" value=-1>-1</option>
              <option class="u365_input_option" value=1>1</option>
              <option class="u365_input_option" value=2>2</option>
            </select>
            <span class="text" style="width: 30%;text-align: center">{{ res.z_r_change_3 }}</span>

          </a-col>
        </a-row>

        <!--           设计齿数-->
        <a-row type="flex" class="bend">
          <a-col span="8">
            <span class="text" style="width: 100%;text-align: right">设计齿数</span></a-col>
          <a-col span="5">
            <input class="bend_input" style="width: 49%;float: left" v-model="input.z_s_3">
          </a-col>
          <a-col span="6">
            <span class="text" style="width: 100%;text-align: center">{{ res.z_p_3 }}</span>
          </a-col>
          <a-col span="5">
            <span class="text" style="width: 100%;text-align: center">{{ res.z_r_3 }}</span>
          </a-col>
        </a-row>
        <!--设计齿数比-->
        <a-row type="flex" class="bend">
          <a-col span="8">
            <span class="text" style="width: 100%;text-align: right">设计齿数比</span></a-col>
          <a-col span="5">
          </a-col>
          <a-col span="6">
            <span class="text" style="width: 100%;text-align: center">{{ res.ratio_design_3 }}</span>
          </a-col>
          <a-col span="5">
          </a-col>
        </a-row>
        <!--           齿数比差值百分比-->
        <a-row type="flex" class="bend">
          <a-col span="8">
            <span class="text" style="width: 100%;text-align: right">齿数比差值百分比</span></a-col>
          <a-col span="5">
          </a-col>
          <a-col span="6">
            <span class="text" style="width: 100%;text-align: center">{{ res.ratio_different_3 }}</span>
          </a-col>
          <a-col span="5">
          </a-col>
        </a-row>
        <!--           设计齿宽-->
        <a-row type="flex" class="bend">
          <a-col span="8">
            <span class="text" style="width: 100%;text-align: right">设计齿宽(mm)</span></a-col>
          <a-col span="5">
          </a-col>
          <a-col span="6">
            <span class="text" style="width: 100%;text-align: center">{{ res.effect_width_3 }}</span>
          </a-col>
          <a-col span="5">
          </a-col>
        </a-row>
        <!--           标准中心距-->
        <a-row type="flex" class="bend">
          <a-col span="8">
            <span class="text" style="width: 100%;text-align: right">标准中心距(mm)</span></a-col>
          <a-col span="8">
            <span class="text" style="width: 100%;text-align: center">{{ res.standard_center_external_3 }}</span>
          </a-col>
          <a-col span="4">
            <span class="text" style="width: 100%;text-align: center">{{ res.standard_center_internal_3 }}</span>
          </a-col>
          <a-col span="4">
            <span class="text" style="width: 50%;text-align: center">自动</span>
            <input type="radio" name="se3" value=1 class="bend_input" v-model="ischeck3">
          </a-col>
        </a-row>
        <!--        设计中心距   -->
        <a-row type="flex" class="bend">
          <a-col span="8">
            <span class="text" style="width: 100%;text-align: right">设计中心距(mm)</span></a-col>
          <a-col span="12" v-if="input3">
            <input class="bend_input" style="width: 100%" v-model="input.work_center_manual_3">
          </a-col>

          <a-col v-if="!input3" span="5">
          </a-col>
          <a-col v-if="!input3" span="6">
            <span class="text" style="width: 100%;text-align: center">{{ res.work_center_1_3 }}</span>
          </a-col>
          <a-col v-if="!input3" span="1"></a-col>
          <a-col span="4">
            <span class="text" style="width: 50%;text-align: center">手动</span>
            <input type="radio" name="se3" value=2 class="bend_input" v-model="ischeck3">
          </a-col>

        </a-row>
        <!--        参数法向变位系数   -->
        <a-row type="flex" class="bend">
          <a-col span="8">
            <span class="text" style="width: 100%;text-align: right">参数法向变位系数(mm)</span></a-col>
          <a-col span="5" v-if="input1">
            <span class="text" style="width: 100%;text-align: center">{{ res[27] }}</span>
          </a-col>
          <a-col span="6" v-if="input1">
            <span class="text" style="width: 100%;text-align: center">{{ res[28] }}</span>
          </a-col>
          <a-col span="5" v-if="input1">
            <button class="but" style="float: left;width: 20%" @click="twarn('请输入正确的中心距及小轮法向变位系数!\n')">!</button>
          </a-col>
        </a-row>
        <!--           设计法向变位系数-->
        <a-row type="flex" class="bend">
          <a-col span="8">
            <span class="text" style="width: 100%;text-align: right">设计法向变位系数</span></a-col>
          <a-col span="5">
            <input class="bend_input" style="width: 49%;float: left" v-model="input.normal_modi_factor_s_3">
          </a-col>
          <a-col span="6">
            <span class="text" style="width: 100%;text-align: center">{{ res.normal_modi_factor_p_3 }}</span>
          </a-col>
          <a-col span="5">
            <button class="but" style="float: right;width: 10%"
                    @click="twarn('按照国内齿轮行业惯例，中心距变大时内齿轮的变位系数为正，反之为负，但国际上内齿轮变位系数的符号规定与之相反，所以标注时请引起注意!本程序使用国内惯例')">!
            </button>
            <span class="text" style="width: 80%;text-align: center">{{ res.normal_modi_factor_r_3 }}</span>
          </a-col>
        </a-row>
        <!--滑动率-->
        <a-row type="flex" class="bend">
          <a-col span="8">
            <span class="text" style="width: 100%;text-align: right">滑动率</span></a-col>
          <a-col span="4">
            <span class="text" style="width: 100%;text-align: center">{{ res.slip_s_external_3 }}</span>
          </a-col>
          <a-col span="4">
            <span class="text" style="width: 100%;text-align: center">{{ res.slip_p_external_3 }}</span>
          </a-col>
          <a-col span="4">
            <span class="text" style="width: 100%;text-align: center">{{ res.slip_p_internal_3 }}</span>
          </a-col>
          <a-col span="4">
            <span class="text" style="width: 100%;text-align: center">{{ res.slip_r_internal_3 }}</span>
          </a-col>
        </a-row>
        <!--      法向齿顶宽系数     -->
        <a-row>
          <a-col span="8">
            <span class="text" style="width: 100%;text-align: right">法向齿顶宽系数</span></a-col>
          <a-col span="5">
            <span class="text" style="width: 100%;text-align: center">{{ res.normal_width_tip_factor_s_sn_3 }}</span>
          </a-col>
          <a-col span="6">
            <span class="text" style="width: 100%;text-align: center">{{ res.normal_width_tip_factor_p_sn_3 }}</span>
          </a-col>
          <a-col span="5">
            <span class="text" style="width: 100%;text-align: center">{{ res.normal_width_tip_factor_r_sn_3 }}</span>
          </a-col>
        </a-row>
        <!--轴向重合度-->
        <a-row type="flex" class="bend">
          <a-col span="8">
            <span class="text" style="width: 100%;text-align: right">轴向重合度</span></a-col>
          <a-col span="8">
            <span class="text" style="width: 100%;text-align: center">{{ res.axial_contact_ratio_external_3 }}</span>
          </a-col>
          <a-col span="8">
            <span class="text" style="width: 100%;text-align: center">{{ res.axial_contact_ratio_internal_3 }}</span>
          </a-col>
        </a-row>
        <!--           端面重合度-->
        <a-row type="flex" class="bend">
          <a-col span="8">
            <span class="text" style="width: 100%;text-align: right">端面重合度</span></a-col>
          <a-col span="8">
            <span class="text" style="width: 100%;text-align: center">{{ res.tran_contact_ratio_external_3 }}</span>
          </a-col>
          <a-col span="8">
            <span class="text" style="width: 100%;text-align: center">{{ res.tran_contact_ratio_internal_3 }}</span>
          </a-col>
        </a-row>
        <!--           总重合度-->
        <a-row type="flex" class="bend">
          <a-col span="8">
            <span class="text" style="width: 100%;text-align: right">总重合度</span></a-col>
          <a-col span="8">
            <span class="text" style="width: 100%;text-align: center">{{ res.total_contact_ratio_external_3 }}</span>
          </a-col>
          <a-col span="8">
            <span class="text" style="width: 100%;text-align: center">{{ res.total_contact_ratio_internal_3 }}</span>
          </a-col>
        </a-row>
        <!--           接触疲劳强度裕度-->
        <a-row type="flex" class="bend">
          <a-col span="8">
            <span class="text" style="width: 100%;text-align: right">接触疲劳强度裕度</span></a-col>
          <a-col span="4">
            <span class="text" style="width: 100%;text-align: center">{{ res.abundant_H_fatigue_s_external_3 }}</span>
          </a-col>
          <a-col span="4">
            <span class="text" style="width: 100%;text-align: center">{{ res.abundant_H_fatigue_p_external_3 }}</span>
          </a-col>
          <a-col span="4">
            <span class="text" style="width: 100%;text-align: center">{{ res.abundant_H_fatigue_p_internal_3 }}</span>
          </a-col>
          <a-col span="4">
            <span class="text" style="width: 100%;text-align: center">{{ res.abundant_H_fatigue_r_internal_3 }}</span>
          </a-col>
        </a-row>
        <!--           弯曲疲劳强度裕度-->
        <a-row type="flex" class="bend">
          <a-col span="8">
            <span class="text" style="width: 100%;text-align: right">弯曲疲劳强度裕度</span></a-col>
          <a-col span="4">
            <span class="text" style="width: 100%;text-align: center">{{ res.abundant_F_fatigue_s_external_3 }}</span>
          </a-col>
          <a-col span="4">
            <span class="text" style="width: 100%;text-align: center">{{ res.abundant_F_fatigue_p_external_3 }}</span>
          </a-col>
          <a-col span="4">
            <span class="text" style="width: 100%;text-align: center">{{ res.abundant_F_fatigue_p_internal_3 }}</span>
          </a-col>
          <a-col span="4">
            <span class="text" style="width: 100%;text-align: center">{{ res.abundant_F_fatigue_r_internal_3 }}</span>
          </a-col>
        </a-row>
        <!--          接触静强度裕度 -->
        <a-row type="flex" class="bend">
          <a-col span="8">
            <span class="text" style="width: 100%;text-align: right">接触静强度裕度</span></a-col>
          <a-col span="4">
            <span class="text" style="width: 100%;text-align: center">{{ res.abundant_H_static_s_external_3 }}</span>
          </a-col>
          <a-col span="4">
            <span class="text" style="width: 100%;text-align: center">{{ res.abundant_H_static_p_external_3 }}</span>
          </a-col>
          <a-col span="4">
            <span class="text" style="width: 100%;text-align: center">{{ res.abundant_H_static_p_internal_3 }}</span>
          </a-col>
          <a-col span="4">
            <span class="text" style="width: 100%;text-align: center">{{ res.abundant_H_static_r_internal_3 }}</span>
          </a-col>
        </a-row>
        <!--          弯曲静强度裕度 -->
        <a-row type="flex" class="bend">
          <a-col span="8">
            <span class="text" style="width: 100%;text-align: right">弯曲静强度裕度</span></a-col>
          <a-col span="4">
            <span class="text" style="width: 100%;text-align: center">{{ res.abundant_F_static_s_external_3 }}</span>
          </a-col>
          <a-col span="4">
            <span class="text" style="width: 100%;text-align: center">{{ res.abundant_F_static_p_external_3 }}</span>
          </a-col>
          <a-col span="4">
            <span class="text" style="width: 100%;text-align: center">{{ res.abundant_F_static_p_internal_3 }}</span>
          </a-col>
          <a-col span="4">
            <span class="text" style="width: 100%;text-align: center">{{ res.abundant_F_static_r_internal_3 }}</span>
          </a-col>
        </a-row>

        <!--           行星轮间隙系数-->
        <a-row type="flex" class="bend">
          <a-col span="8">
            <span class="text" style="width: 100%;text-align: right">行星轮间隙系数</span></a-col>
          <a-col span="16">
            <span class="text" style="width: 100%;text-align: center">{{ res.clearance_planet_factor_3 }}</span></a-col>
        </a-row>
        <!--设计齿圈最大外径-->
        <a-row type="flex" class="bend">
          <a-col span="8">
            <span class="text" style="width: 100%;text-align: right">设计齿圈最大外径</span></a-col>
          <a-col span="16">
            <span class="text" style="width: 100%;text-align: center">{{ res.max_dia_ring_design_3 }}</span></a-col>
        </a-row>

        <!--           端面齿顶圆直径-->
        <a-row>
          <a-col span="8">
            <span class="text" style="width: 100%;text-align: right">端面齿顶圆直径</span></a-col>
          <a-col span="5">
            <span class="text" style="width: 100%;text-align: center">{{ res.tran_practice_ad_dia_s_3 }}</span>
          </a-col>
          <a-col span="6">
            <span class="text" style="width: 100%;text-align: center">{{ res.tran_practice_ad_dia_p_3 }}</span>
          </a-col>
          <a-col span="5">
            <span class="text" style="width: 100%;text-align: center">{{ res.tran_practice_ad_dia_r_3 }}</span>
          </a-col>
        </a-row>
        <!--           端面齿根圆直径-->
        <a-row>
          <a-col span="8">
            <span class="text" style="width: 100%;text-align: right">端面齿根圆直径</span></a-col>
          <a-col span="5">
            <span class="text" style="width: 100%;text-align: center">{{ res.tran_de_dia_s_3 }}</span>
          </a-col>
          <a-col span="6">
            <span class="text" style="width: 100%;text-align: center">{{ res.tran_de_dia_p_3 }}</span>
          </a-col>
          <a-col span="5">
            <span class="text" style="width: 100%;text-align: center">{{ res.tran_de_dia_r_3 }}</span>
          </a-col>
        </a-row>

        <!--        轴承最大外径-->
        <a-row type="flex" class="bend">
          <a-col span="8">
            <span class="text" style="width: 100%;text-align: right">轴承最大外径(mm)</span></a-col>
          <a-col span="16">
            <span class="text" style="width: 100%;text-align: center">{{ res.max_dia_bearing_outer_3 }}</span></a-col>
        </a-row>

        <!--        节圆线速度-->
        <a-row type="flex" class="bend">
          <a-col span="8">
            <span class="text" style="width: 100%;text-align: right">节圆线速度(m/s)</span></a-col>
          <a-col span="8">
            <span class="text" style="width: 100%;text-align: center">{{ res.v_pitch_external_3 }}</span>
          </a-col>
          <a-col span="8">
            <span class="text" style="width: 100%;text-align: center">{{ res.v_pitch_internal_3 }}</span>
          </a-col>
        </a-row>
      </div>
    </div >
    <div class="db" v-else-if="Bcanshow"  >
      <div style="float: left;width: 20%;height: 100%;margin: 0.5%">
        <div class="box" style="width: 100%;height: 75%;margin: 0;margin-bottom: 0.5%">
          <div class="bend_head">载荷及相关数据输入</div>
          <div class="box_mid">
            <div class="bend2">
              <input class="bend_input" v-model="input.n_input">
              <span class="text"> 行星架输入转速(rpm)</span>
            </div>
            <div class="bend2">
              <input class="bend_input" v-model="input.torque_static_input">
              <span class="text">行星架静强度输入扭矩</span>
            </div>
            <!--          运行工况-->
            <div class="bend2">
              <select class="bend_input" style="padding-bottom: 1px" v-model="input.whether_single_rotation">
                <option class="u365_input_option" value=1>单向运转</option>
                <option class="u365_input_option" value=2>双向运转</option>
              </select>
              <span class="text">运行工况</span>
            </div>

            <!--          允许点蚀-->
            <div class="bend2">
              <select class="bend_input" style="padding-bottom: 1px" v-model="input.switch_pitting">
                <option class="u365_input_option" value=1>是</option>
                <option class="u365_input_option" value=2>否</option>
              </select>
              <span class="text">允许点蚀</span>
            </div>
            <!--          转折点循环次数设计-->
            <div class="bend2">
              <select class="bend_input" style="padding-bottom: 1px" v-model="input.consider_Nc">
                <option class="u365_input_option" value=1>是</option>
                <option class="u365_input_option" value=2>否</option>
              </select>
              <span class="text">转折点循环次数设计</span>
            </div>

            <!--无限点循环次数设计-->
            <div class="bend2">
              <select class="bend_input" style="padding-bottom: 1px" v-model="input.consider_Long">
                <option class="u365_input_option" value=1>是</option>
                <option class="u365_input_option" value=2>否</option>
              </select>
              <span class="text">无限点循环次数设计</span>
            </div>
            <!--          设计载荷输入形式-->
            <div class="bend2">
              <select class="bend_input" style="padding-bottom: 1px" v-model="input.whether_rate_load">
                <option class="u365_input_option" value=1>额定工况</option>
                <option class="u365_input_option" value=2>载荷谱</option>
              </select>
              <span class="text">设计载荷输入形式</span>
            </div>
          </div>
          <div  class="img-content" >
            <a-upload
                name="file"
                :showUploadList="false"
                :maxCount="1"
                :customRequest="customRequest"
                v-if="isTable"
                style="float:right;width: 20%;"
            >
              <button  class="but"  style="width: 100%;padding: 0">行星架导入载荷谱</button>
            </a-upload>
            <p v-if="isTable">注：载荷谱文件格式为.xls或.xlsx格式，其各列参数为下表所示(无需表头)</p>
            <div  style="overflow-y: scroll;height: 100%;width: 80%" v-if="isTable">
            <table style="width: 100%;height: 100%;border: 1px solid silver;" >
              <tr>
                <td>序号</td>
                <td>扭矩(kNm)</td>
                <td>循环次数</td>
              </tr>
              <tr style="text-align: center" v-for="(item,i) in table" :key="i">
                <td>{{item[0]}}</td>
                <td>{{item[1]}}</td>
                <td>{{item[2]}}</td>
              </tr>
            </table>
            </div>
          </div>
          <div class="box_end">
            <!--          行星架输入形式-->
            <div class="bend3">
              <select class="bend_input" style="padding-bottom: 1px" v-model="input.whether_torque">
                <option class="u365_input_option" value=1>输入扭矩</option>
                <option class="u365_input_option" value=2>输入功率</option>
              </select>
              <span class="text">行星架输入形式(Nmm)</span>
            </div>
            <!--行星架输入扭矩-->
            <div class="bend3">
              <input class="bend_input" value="1016740000">
              <span class="text"> 行星架输入扭矩(Nmm)</span>
            </div>

            <!--          设计寿命-->
            <div class="bend3">
              <input class="bend_input" value="175200">
              <span class="text"> 设计寿命(hr)</span>
            </div>

            <!--      接触疲劳强度安全系数    -->
            <div class="bend3">
              <input class="bend_input" v-model="input.S_H_fatigue">
              <span class="text"> 接触疲劳强度安全系数</span>
            </div>

            <!--          接触静强度安全系数-->
            <div class="bend3">
              <input class="bend_input" v-model="input.S_H_static">
              <span class="text"> 接触静强度安全系数</span>
            </div>
            <!--      弯曲疲劳强度安全系数    -->
            <div class="bend3">
              <input class="bend_input" v-model="input.S_F_fatigue">
              <span class="text"> 弯曲疲劳强度安全系数</span>
            </div>

            <!--          弯曲静强度安全系数-->
            <div class="bend3">
              <input class="bend_input" v-model="input.S_F_static">
              <span class="text"> 弯曲静强度安全系数</span>
            </div>

            <!--          接触长寿命系数-->
            <div class="bend3">
              <input class="bend_input" v-model="input.Znt_Longlife">
              <span class="text"> 接触长寿命系数</span>
            </div>

            <!--          弯曲长寿命系数-->
            <div class="bend3">
              <input class="bend_input" v-model="input.Ynt_Longlife">
              <span class="text"> 弯曲长寿命系数</span>
            </div>


            <!--          润滑油40°C粘度-->
            <div class="bend3">
              <input class="bend_input" value="320" v-model="input.v_40">
              <span class="text"> 润滑油40°C粘度</span>
            </div>
            <!--润滑油类型-->
            <div class="bend3">
              <select class="bend_input" style="padding-bottom: 1px" v-model="input.oil_type">
                <option class="u365_input_option" value=1>矿物油</option>
                <option class="u365_input_option" value=2>合成油</option>
              </select>
              <span class="text">润滑油类型</span>
            </div>
          </div>
        </div>
        <img :src="url" style="height: 23%;width: 100%">
      </div>
      <div class="box" style="width: 20%">
        <div class="bend_head">第一级行星轮系基本参数</div>
        <div class="box" style="height: 25%;width: 100%">
          <div class="bend_head">齿轮材料基本参数</div>
          <a-row class="bend4">
            <a-col span="9">
            </a-col>
            <a-col span="5" style="text-align: center">太阳轮</a-col>
            <a-col span="5" style="text-align: center">行星轮</a-col>
            <a-col span="5" style="text-align: center">齿圈</a-col>
          </a-row>

          <!--          材料类型-->
          <a-row class="bend4">
            <a-col span="9">
              <span class="text" style="width: 100%">材料类型</span>
            </a-col>
            <a-col span="5">
              <select class="bend_input" style="margin-right: 2%;width: 95%;line-height: 100%;height: 100%"
                      v-model="input.material_type_s_1">
                <option class="u365_input_option" value=1>渗碳淬火</option>
                <option class="u365_input_option" value=2>调质</option>
                <option class="u365_input_option" value=3>渗氮钢</option>
                <option class="u365_input_option" value=4>结构钢</option>
                <option class="u365_input_option" value=5>感应淬火和火焰淬火钢</option>
                <option class="u365_input_option" value=6>氮碳共渗钢</option>
              </select>
            </a-col>
            <a-col span="5">
              <select class="bend_input" style="margin-right: 2%;width: 98%;line-height: 100%;height: 100%"
                      v-model="input.material_type_p_1">
                <option class="u365_input_option" value=1>渗碳淬火</option>
                <option class="u365_input_option" value=2>调质</option>
                <option class="u365_input_option" value=3>渗氮钢</option>
                <option class="u365_input_option" value=4>结构钢</option>
                <option class="u365_input_option" value=5>感应淬火和火焰淬火钢</option>
                <option class="u365_input_option" value=6>氮碳共渗钢</option>
              </select>
            </a-col>
            <a-col span="5">
              <select class="bend_input" style="margin-right: 2%;width: 98%;line-height: 100%;height: 100%"
                      v-model="input.material_type_r_1">
                <option class="u365_input_option" value=1>渗碳淬火</option>
                <option class="u365_input_option" value=2>调质</option>
                <option class="u365_input_option" value=3>渗氮钢</option>
                <option class="u365_input_option" value=4>结构钢</option>
                <option class="u365_input_option" value=5>感应淬火和火焰淬火钢</option>
                <option class="u365_input_option" value=6>氮碳共渗钢</option>
              </select>
            </a-col>
          </a-row>
          <!--          屈服应力-->
          <a-row class="bend4">
            <a-col span="9">
              <span class="text" style="width: 100%">屈服应力(MPa)</span>

            </a-col>
            <a-col span="5">
              <input class="bend_input2" v-model="input.sigma_s_s_1">
            </a-col>
            <a-col span="5">
              <input class="bend_input2" v-model="input.sigma_s_p_1">
            </a-col>
            <a-col span="5">
              <input class="bend_input2" v-model="input.sigma_s_r_1">
            </a-col>
          </a-row>
          <!--          接触疲劳极限应力-->
          <a-row class="bend4">
            <a-col span="9">
              <span class="text" style="width: 100%">接触疲劳极限应力</span>
            </a-col>
            <a-col span="5">
              <input class="bend_input2" v-model="input.sigma_Hlim_s_1">
            </a-col>
            <a-col span="5">
              <input class="bend_input2" v-model="input.sigma_Hlim_p_1">
            </a-col>
            <a-col span="5">
              <input class="bend_input2" v-model="input.sigma_Hlim_r_1">
            </a-col>
          </a-row>
          <!--弯曲疲劳极限应力-->
          <a-row class="bend4">
            <a-col span="9">
              <span class="text" style="width: 100%">弯曲疲劳极限应力</span>
            </a-col>
            <a-col span="5">
              <input class="bend_input2" v-model="input.sigma_Flim_s_1">
            </a-col>
            <a-col span="5">
              <input class="bend_input2" v-model="input.sigma_Flim_p_1">
            </a-col>
            <a-col span="5">
              <input class="bend_input2" v-model="input.sigma_Flim_r_1">
            </a-col>
          </a-row>
          <!--齿面硬度(HB)-->
          <a-row class="bend4">
            <a-col span="9">
              <span class="text" style="width: 100%">齿面硬度(HB)</span>
            </a-col>
            <a-col span="5">
              <input class="bend_input2" v-model="input.hardness_HB_s_1">
            </a-col>
            <a-col span="5">
              <input class="bend_input2" v-model="input.hardness_HB_p_1">
            </a-col>
            <a-col span="5">
              <input class="bend_input2" v-model="input.hardness_HB_r_1">
            </a-col>
          </a-row>
          <!--          弹性模量(MPa)-->
          <a-row class="bend4">
            <a-col span="9">
              <span class="text" style="width: 100%">弹性模量(MPa)</span>
            </a-col>
            <a-col span="5">
              <input class="bend_input2" v-model="input.E_s_1">
            </a-col>
            <a-col span="5">
              <input class="bend_input2" v-model="input.E_p_1">
            </a-col>
            <a-col span="5">
              <input class="bend_input2" v-model="input.E_r_1">
            </a-col>
          </a-row>
          <!--          泊松比-->
          <a-row class="bend4">
            <a-col span="9">
              <span class="text" style="width: 100%">泊松比</span>
            </a-col>
            <a-col span="5">
              <input class="bend_input2" v-model="input.possion_s_1">
            </a-col>
            <a-col span="5">
              <input class="bend_input2" v-model="input.possion_p_1">
            </a-col>
            <a-col span="5">
              <input class="bend_input2" v-model="input.possion_r_1">
            </a-col>
          </a-row>
        </div>
        <div class="box" style="height: 42%;width: 100%">
          <div class="bend_head">齿形参数输入</div>
          <a-row class="bend5">
            <a-col span="9">
            </a-col>
            <a-col span="5" style="text-align: center">太阳轮</a-col>
            <a-col span="5" style="text-align: center">行星轮</a-col>
            <a-col span="5" style="text-align: center">齿圈</a-col>
          </a-row>
          <!--          齿顶高系数-->
          <a-row class="bend5">
            <a-col span="9">
              <span class="text" style="width: 100%">齿顶高系数</span>
            </a-col>
            <a-col span="5">
              <input class="bend_input2" v-model="input.ad_factor_s_1">
            </a-col>
            <a-col span="5">
              <input class="bend_input2" v-model="input.ad_factor_p_1">
            </a-col>
            <a-col span="5">
              <input class="bend_input2" v-model="input.ad_factor_r_1">
            </a-col>
          </a-row>
          <!--          顶隙系数-->
          <a-row class="bend5">
            <a-col span="9">
              <span class="text" style="width: 100%">顶隙系数</span>
            </a-col>
            <a-col span="5">
              <input class="bend_input2" v-model="input.tip_factor_s_1">
            </a-col>
            <a-col span="5">
              <input class="bend_input2" v-model="input.tip_factor_p_1">
            </a-col>
            <a-col span="5">
              <input class="bend_input2" v-model="input.tip_factor_r_1">
            </a-col>
          </a-row>
          <!--齿根圆角半径系数-->
          <a-row class="bend5">
            <a-col span="9">
              <span class="text" style="width: 100%">齿根圆角半径系数</span>
            </a-col>
            <a-col span="5">
              <input class="bend_input2" v-model="input.radius_factor_s_1">
            </a-col>
            <a-col span="5">
              <input class="bend_input2" v-model="input.radius_factor_p_1">
            </a-col>
            <a-col span="5">
              <input class="bend_input2" v-model="input.radius_factor_r_1">
            </a-col>
          </a-row>
          <!--          轮缘厚度系数-->
          <a-row class="bend5">
            <a-col span="9">
              <span class="text" style="width: 100%">轮缘厚度系数</span>
            </a-col>
            <a-col span="5">
              <input class="bend_input2" v-model="input.SR_s_1">
            </a-col>
            <a-col span="5">
              <input class="bend_input2" v-model="input.SR_p_1">
            </a-col>
            <a-col span="5">
              <input class="bend_input2" v-model="input.SR_r_1">
            </a-col>
          </a-row>
          <!--          齿向倒角高度-->
          <a-row class="bend5">
            <a-col span="9">
              <span class="text" style="width: 100%">齿向倒角高度</span>
            </a-col>
            <a-col span="5">
              <input class="bend_input2" v-model="input.chamfer_dia_s_1">
            </a-col>
            <a-col span="5">
              <input class="bend_input2" v-model="input.chamfer_dia_p_1">
            </a-col>
            <a-col span="5">
              <input class="bend_input2" v-model="input.chamfer_dia_r_1">
            </a-col>
          </a-row>
          <!--          齿向倒角角度-->
          <a-row class="bend5">
            <a-col span="9">
              <span class="text" style="width: 100%">齿向倒角角度</span>
            </a-col>
            <a-col span="5">
              <input class="bend_input2" v-model="input.chamfer_angle_s_1">
            </a-col>
            <a-col span="5">
              <input class="bend_input2" v-model="input.chamfer_angle_p_1">
            </a-col>
            <a-col span="5">
              <input class="bend_input2" v-model="input.chamfer_angle_r_1">
            </a-col>
          </a-row>
          <!--          齿顶削减量(直径)(mm)-->
          <a-row class="bend5">
            <a-col span="9">
              <span class="text" style="width: 100%"> 齿顶削减量(直径)(mm)</span>
            </a-col>
            <a-col span="5">
              <input class="bend_input2" v-model="input.ad_cut_dia_s_1">
            </a-col>
            <a-col span="5">
              <input class="bend_input2" v-model="input.ad_cut_dia_p_1">
            </a-col>
            <a-col span="5">
              <input class="bend_input2" v-model="input.ad_cut_dia_r_1">
            </a-col>
          </a-row>
          <!--          挖根量(mm)-->
          <a-row class="bend5">
            <a-col span="9">
              <span class="text" style="width: 100%">挖根量(mm)</span>
            </a-col>
            <a-col span="5">
              <input class="bend_input2" v-model="input.undercut_s_1">
            </a-col>
            <a-col span="5">
              <input class="bend_input2" v-model="input.undercut_p_1">
            </a-col>
            <a-col span="5">
              <input class="bend_input2" v-model="input.undercut_r_1">
            </a-col>
          </a-row>
          <!--         齿面粗糙度Rz(um)-->
          <a-row class="bend5">
            <a-col span="9">
              <span class="text" style="width: 100%"> 齿面粗糙度Rz(um)</span>
            </a-col>
            <a-col span="5">
              <input class="bend_input2" v-model="input.R_z_flank_s_1">
            </a-col>
            <a-col span="5">
              <input class="bend_input2" v-model="input.R_z_flank_p_1">
            </a-col>
            <a-col span="5">
              <input class="bend_input2" v-model="input.R_z_flank_r_1">
            </a-col>
          </a-row>
          <!--          齿根圆角粗糙度Rz-->
          <a-row class="bend5">
            <a-col span="9">
              <span class="text" style="width: 100%"> 齿根圆角粗糙度Rz</span>
            </a-col>
            <a-col span="5">
              <input class="bend_input2" v-model="input.R_z_root_s_1">
            </a-col>
            <a-col span="5">
              <input class="bend_input2" v-model="input.R_z_root_p_1">
            </a-col>
            <a-col span="5">
              <input class="bend_input2" v-model="input.R_z_root_r_1">
            </a-col>
          </a-row>
          <!--          齿厚上偏差(um)-->
          <a-row class="bend5">
            <a-col span="9">
              <span class="text" style="width: 100%"> 齿厚上偏差(um)</span>
            </a-col>
            <a-col span="5">
              <input class="bend_input2" v-model="input.thickness_reduction_s_1">
            </a-col>
            <a-col span="5">
              <input class="bend_input2" v-model="input.thickness_reduction_p_1">
            </a-col>
            <a-col span="5">
              <input class="bend_input2" v-model="input.thickness_reduction_r_1">
            </a-col>
          </a-row>
          <!--          齿厚公差(um)-->
          <a-row class="bend5">
            <a-col span="9">
              <span class="text" style="width: 100%">  齿厚公差(um)</span>
            </a-col>
            <a-col span="5">
              <input class="bend_input2" v-model="input.tooth_thickness_tolerance_s_1">
            </a-col>
            <a-col span="5">
              <input class="bend_input2" v-model="input.tooth_thickness_tolerance_p_1">
            </a-col>
            <a-col span="5">
              <input class="bend_input2" v-model="input.tooth_thickness_tolerance_r_1">
            </a-col>
          </a-row>
          <!--          弯曲强度计算齿厚值-->
          <a-row class="bend5">
            <a-col span="9">
              <span class="text" style="width: 100%">弯曲强度计算齿厚值</span>
            </a-col>
            <a-col span="5">
              <span style="width: 50%;float: left;" class="text">{{ res.thickness_reduction_last_s_1 }}</span>
              <select class="bend_input2" style="margin-right: 2%;width: 40%;line-height: 100%;height: 100%"
                      v-model="input.bend_strength_thickness_s_1">
                <option class="u365_input_option" value=1>最小</option>
                <option class="u365_input_option" value=2>平均</option>
                <option class="u365_input_option" value=3>最大</option>
              </select>
            </a-col>
            <a-col span="5">
              <span style="width: 50%;float: left;" class="text">0</span>
              <select class="bend_input2" style="margin-right: 2%;width: 40%;line-height: 100%;height: 100%"
                      v-model="input.bend_strength_thickness_p_1">
                <option class="u365_input_option" value=1>最小</option>
                <option class="u365_input_option" value=2>平均</option>
                <option class="u365_input_option" value=3>最大</option>
              </select>
            </a-col>
            <a-col span="5">
              <span style="width: 50%;float: left;" class="text">{{ res.thickness_reduction_last_r_1 }}</span>
              <select class="bend_input2" style="margin-right: 2%;width: 40%;line-height: 100%;height: 100%"
                      v-model="input.bend_strength_thickness_r_1">
                <option class="u365_input_option" value=1>最小</option>
                <option class="u365_input_option" value=2>平均</option>
                <option class="u365_input_option" value=3>最大</option>
              </select>
            </a-col>
          </a-row>
          <!--          加工齿圈刀具变位系数-->
          <a-row class="bend5">
            <a-col span="9">
              <span class="text" style="width: 100%">加工齿圈刀具变位系数</span>
            </a-col>
            <a-col span="8">
              <input class="bend_input2" v-model="input.cutter_shift_coefficient_1_s" :disabled="dis1">
            </a-col>
            <a-col span="6">
              <input class="bend_input2" value=1 type="radio" name="de" style="margin-right: 0;width: 20%;float: left"
                     v-model="input.auto_cutter_1">自动
            </a-col>
          </a-row>
          <!--          加工齿圈刀具齿数-->
          <a-row class="bend5">
            <a-col span="9">
              <span class="text" style="width: 100%">加工齿圈刀具齿数</span>
            </a-col>
            <a-col span="8">
              <input class="bend_input2" v-model="input.z_cutter_1_s" :disabled="dis1">
            </a-col>
            <a-col span="6">
              <input class="bend_input2" value=2 type="radio" name="de" style="margin-right: 0;width: 20%;float: left"
                     v-model="input.auto_cutter_1">手动
            </a-col>
          </a-row>

        </div>
        <div class="box" style="height: 31%;width: 100%">
          <div class="bend_head">系统参数</div>
          <a-row class="bend6">
            <a-col span="9">
            </a-col>
            <a-col span="5" style="text-align: center;line-height: 100%">外啮合</a-col>
            <a-col span="5" style="text-align: center;line-height: 100%">内啮合</a-col>
          </a-row>
          <!--          使用系数-->
          <a-row class="bend6">
            <a-col span="9">
              <span class="text" style="width: 100%">使用系数</span>

            </a-col>
            <a-col span="5">
              <input class="bend_input2" v-model="input.K_A_external_1">
            </a-col>
            <a-col span="5">
              <input class="bend_input2" v-model="input.K_A_internal_1">
            </a-col>
            <a-col span="5">
              <button class="but" style="float: left;width: 50%" @click="open(3,'使用系数参数表')">!</button>
            </a-col>
          </a-row>
          <!--          动载系数-->
          <a-row class="bend6">
            <a-col span="9">
              <span class="text" style="width: 100%" @click="open(4,'动载系数参数表')">动载系数</span>

            </a-col>
            <a-col span="5">
              <input class="bend_input2" v-model="input.K_V_external_1">
            </a-col>
            <a-col span="5">
              <input class="bend_input2" v-model="input.K_V_internal_1">
            </a-col>
            <a-col span="5">
              <button class="but" style="float: left;width: 50%">!</button>
            </a-col>
          </a-row>
          <!--          接触齿向载荷分布系数-->
          <a-row class="bend6">
            <a-col span="9">
              <span class="text" style="width: 100%">接触齿向载荷分布系数</span>

            </a-col>
            <a-col span="5">
              <input class="bend_input2" v-model="input.K_Hb_external_1">
            </a-col>
            <a-col span="5">
              <input class="bend_input2" v-model="input.K_Hb_internal_1">
            </a-col>
            <a-col span="5">
            </a-col>
          </a-row>
          <!--          接触齿间载荷分布系数-->
          <a-row class="bend6">
            <a-col span="9">
              <span class="text" style="width: 100%">接触齿间载荷分布系数</span>
            </a-col>
            <a-col span="5">
              <input class="bend_input2" v-model="input.K_Ha_external_1">
            </a-col>
            <a-col span="5">
              <input class="bend_input2" v-model="input.K_Ha_internal_1">
            </a-col>
            <a-col span="5">
              <button class="but" style="float: left;width: 50%" @click="open(5,'齿间载荷分配系数参考表')">!</button>
            </a-col>
          </a-row>
          <!--          弯曲齿向载荷分布系数-->
          <a-row class="bend6">
            <a-col span="9">
              <span class="text" style="width: 100%">弯曲齿向载荷分布系数</span>
            </a-col>
            <a-col span="5">
              <input class="bend_input2" v-model="input.K_Fb_external_1">
            </a-col>
            <a-col span="5">
              <input class="bend_input2" v-model="input.K_Fb_internal_1">
            </a-col>
            <a-col span="5">
            </a-col>
          </a-row>
          <!--          弯曲齿间载荷分布系数-->
          <a-row class="bend6">
            <a-col span="9">
              <span class="text" style="width: 100%">弯曲齿间载荷分布系数</span>
            </a-col>
            <a-col span="5">
              <input class="bend_input2" v-model="input.K_Fa_external_1">
            </a-col>
            <a-col span="5">
              <input class="bend_input2" v-model="input.K_Fa_internal_1">
            </a-col>
            <a-col span="5">
              <button class="but" style="float: left;width: 50%" @click="open(5,'齿间载荷分配系数参考表')">!</button>
            </a-col>
          </a-row>
          <!--       静强度系数-->
          <a-row class="bend6">
            <a-col span="9">
              <span class="text" style="width: 100%">静强度系数</span>
            </a-col>
            <a-col span="5">
              <input class="bend_input2" v-model="input.K_A_external_s_1">
            </a-col>
            <a-col span="5">
              <input class="bend_input2" v-model="input.K_A_internal_s_1">
            </a-col>
            <a-col span="5">
            </a-col>
          </a-row>
        </div>
      </div>
      <div class="box" style="width: 25%">
        <div class="bend_head">第二级行星轮系基本参数</div>
        <div class="box" style="height: 25%;width: 100%">
          <div class="bend_head">齿轮材料基本参数</div>
          <a-row class="bend4">
            <a-col span="9">
            </a-col>
            <a-col span="5" style="text-align: center">太阳轮</a-col>
            <a-col span="5" style="text-align: center">行星轮</a-col>
            <a-col span="5" style="text-align: center">齿圈</a-col>
          </a-row>

          <!--          材料类型-->
          <a-row class="bend4">
            <a-col span="9">
              <span class="text" style="width: 100%">材料类型</span>
            </a-col>
            <a-col span="5">
              <select class="bend_input" style="margin-right: 2%;width: 95%;line-height: 100%;height: 100%"
                      v-model="input.material_type_s_2">
                <option class="u365_input_option" value=1>渗碳淬火</option>
                <option class="u365_input_option" value=2>调质</option>
                <option class="u365_input_option" value=3>渗氮钢</option>
                <option class="u365_input_option" value=4>结构钢</option>
                <option class="u365_input_option" value=5>感应淬火和火焰淬火钢</option>
                <option class="u365_input_option" value=6>氮碳共渗钢</option>
              </select>
            </a-col>
            <a-col span="5">
              <select class="bend_input" style="margin-right: 2%;width: 98%;line-height: 100%;height: 100%"
                      v-model="input.material_type_p_2">
                <option class="u365_input_option" value=1>渗碳淬火</option>
                <option class="u365_input_option" value=2>调质</option>
                <option class="u365_input_option" value=3>渗氮钢</option>
                <option class="u365_input_option" value=4>结构钢</option>
                <option class="u365_input_option" value=5>感应淬火和火焰淬火钢</option>
                <option class="u365_input_option" value=6>氮碳共渗钢</option>
              </select>
            </a-col>
            <a-col span="5">
              <select class="bend_input" style="margin-right: 2%;width: 98%;line-height: 100%;height: 100%"
                      v-model="input.material_type_r_2">
                <option class="u365_input_option" value=1>渗碳淬火</option>
                <option class="u365_input_option" value=2>调质</option>
                <option class="u365_input_option" value=3>渗氮钢</option>
                <option class="u365_input_option" value=4>结构钢</option>
                <option class="u365_input_option" value=5>感应淬火和火焰淬火钢</option>
                <option class="u365_input_option" value=6>氮碳共渗钢</option>
              </select>
            </a-col>
          </a-row>
          <!--          屈服应力-->
          <a-row class="bend4">
            <a-col span="9">
              <span class="text" style="width: 100%">屈服应力(MPa)</span>

            </a-col>
            <a-col span="5">
              <input class="bend_input2" v-model="input.sigma_s_s_2">
            </a-col>
            <a-col span="5">
              <input class="bend_input2" v-model="input.sigma_s_p_2">
            </a-col>
            <a-col span="5">
              <input class="bend_input2" v-model="input.sigma_s_r_2">
            </a-col>
          </a-row>
          <!--          接触疲劳极限应力-->
          <a-row class="bend4">
            <a-col span="9">
              <span class="text" style="width: 100%">接触疲劳极限应力</span>
            </a-col>
            <a-col span="5">
              <input class="bend_input2" v-model="input.sigma_Hlim_s_2">
            </a-col>
            <a-col span="5">
              <input class="bend_input2" v-model="input.sigma_Hlim_p_2">
            </a-col>
            <a-col span="5">
              <input class="bend_input2" v-model="input.sigma_Hlim_r_2">
            </a-col>
          </a-row>
          <!--弯曲疲劳极限应力-->
          <a-row class="bend4">
            <a-col span="9">
              <span class="text" style="width: 100%">弯曲疲劳极限应力</span>
            </a-col>
            <a-col span="5">
              <input class="bend_input2" v-model="input.sigma_Flim_s_2">
            </a-col>
            <a-col span="5">
              <input class="bend_input2" v-model="input.sigma_Flim_p_2">
            </a-col>
            <a-col span="5">
              <input class="bend_input2" v-model="input.sigma_Flim_r_2">
            </a-col>
          </a-row>
          <!--齿面硬度(HB)-->
          <a-row class="bend4">
            <a-col span="9">
              <span class="text" style="width: 100%">齿面硬度(HB)</span>
            </a-col>
            <a-col span="5">
              <input class="bend_input2" v-model="input.hardness_HB_s_2">
            </a-col>
            <a-col span="5">
              <input class="bend_input2" v-model="input.hardness_HB_p_2">
            </a-col>
            <a-col span="5">
              <input class="bend_input2" v-model="input.hardness_HB_r_2">
            </a-col>
          </a-row>
          <!--          弹性模量(MPa)-->
          <a-row class="bend4">
            <a-col span="9">
              <span class="text" style="width: 100%">弹性模量(MPa)</span>
            </a-col>
            <a-col span="5">
              <input class="bend_input2" v-model="input.E_s_2">
            </a-col>
            <a-col span="5">
              <input class="bend_input2" v-model="input.E_p_2">
            </a-col>
            <a-col span="5">
              <input class="bend_input2" v-model="input.E_r_2">
            </a-col>
          </a-row>
          <!--          泊松比-->
          <a-row class="bend4">
            <a-col span="9">
              <span class="text" style="width: 100%">泊松比</span>
            </a-col>
            <a-col span="5">
              <input class="bend_input2" v-model="input.possion_s_2">
            </a-col>
            <a-col span="5">
              <input class="bend_input2" v-model="input.possion_p_2">
            </a-col>
            <a-col span="5">
              <input class="bend_input2" v-model="input.possion_r_2">
            </a-col>
          </a-row>
        </div>
        <div class="box" style="height: 42%;width: 100%">
          <div class="bend_head">齿形参数输入</div>
          <a-row class="bend5">
            <a-col span="9">
            </a-col>
            <a-col span="5" style="text-align: center">太阳轮</a-col>
            <a-col span="5" style="text-align: center">行星轮</a-col>
            <a-col span="5" style="text-align: center">齿圈</a-col>
          </a-row>
          <!--          齿顶高系数-->
          <a-row class="bend5">
            <a-col span="9">
              <span class="text" style="width: 100%">齿顶高系数</span>
            </a-col>
            <a-col span="5">
              <input class="bend_input2" v-model="input.ad_factor_s_2">
            </a-col>
            <a-col span="5">
              <input class="bend_input2" v-model="input.ad_factor_p_2">
            </a-col>
            <a-col span="5">
              <input class="bend_input2" v-model="input.ad_factor_r_2">
            </a-col>
          </a-row>
          <!--          顶隙系数-->
          <a-row class="bend5">
            <a-col span="9">
              <span class="text" style="width: 100%">顶隙系数</span>
            </a-col>
            <a-col span="5">
              <input class="bend_input2" v-model="input.tip_factor_s_2">
            </a-col>
            <a-col span="5">
              <input class="bend_input2" v-model="input.tip_factor_p_2">
            </a-col>
            <a-col span="5">
              <input class="bend_input2" v-model="input.tip_factor_r_2">
            </a-col>
          </a-row>
          <!--齿根圆角半径系数-->
          <a-row class="bend5">
            <a-col span="9">
              <span class="text" style="width: 100%">齿根圆角半径系数</span>
            </a-col>
            <a-col span="5">
              <input class="bend_input2" v-model="input.radius_factor_s_2">
            </a-col>
            <a-col span="5">
              <input class="bend_input2" v-model="input.radius_factor_p_2">
            </a-col>
            <a-col span="5">
              <input class="bend_input2" v-model="input.radius_factor_r_2">
            </a-col>
          </a-row>
          <!--          轮缘厚度系数-->
          <a-row class="bend5">
            <a-col span="9">
              <span class="text" style="width: 100%">轮缘厚度系数</span>
            </a-col>
            <a-col span="5">
              <input class="bend_input2" v-model="input.SR_s_2">
            </a-col>
            <a-col span="5">
              <input class="bend_input2" v-model="input.SR_p_2">
            </a-col>
            <a-col span="5">
              <input class="bend_input2" v-model="input.SR_r_2">
            </a-col>
          </a-row>
          <!--          齿向倒角高度-->
          <a-row class="bend5">
            <a-col span="9">
              <span class="text" style="width: 100%">齿向倒角高度</span>
            </a-col>
            <a-col span="5">
              <input class="bend_input2" v-model="input.chamfer_dia_s_2">
            </a-col>
            <a-col span="5">
              <input class="bend_input2" v-model="input.chamfer_dia_p_2">
            </a-col>
            <a-col span="5">
              <input class="bend_input2" v-model="input.chamfer_dia_r_2">
            </a-col>
          </a-row>
          <!--          齿向倒角角度-->
          <a-row class="bend5">
            <a-col span="9">
              <span class="text" style="width: 100%">齿向倒角角度</span>
            </a-col>
            <a-col span="5">
              <input class="bend_input2" v-model="input.chamfer_angle_s_2">
            </a-col>
            <a-col span="5">
              <input class="bend_input2" v-model="input.chamfer_angle_p_2">
            </a-col>
            <a-col span="5">
              <input class="bend_input2" v-model="input.chamfer_angle_r_2">
            </a-col>
          </a-row>
          <!--          齿顶削减量(直径)(mm)-->
          <a-row class="bend5">
            <a-col span="9">
              <span class="text" style="width: 100%"> 齿顶削减量(直径)(mm)</span>
            </a-col>
            <a-col span="5">
              <input class="bend_input2" v-model="input.ad_cut_dia_s_2">
            </a-col>
            <a-col span="5">
              <input class="bend_input2" v-model="input.ad_cut_dia_p_2">
            </a-col>
            <a-col span="5">
              <input class="bend_input2" v-model="input.ad_cut_dia_r_1">
            </a-col>
          </a-row>
          <!--          挖根量(mm)-->
          <a-row class="bend5">
            <a-col span="9">
              <span class="text" style="width: 100%">挖根量(mm)</span>
            </a-col>
            <a-col span="5">
              <input class="bend_input2" v-model="input.undercut_s_2">
            </a-col>
            <a-col span="5">
              <input class="bend_input2" v-model="input.undercut_p_2">
            </a-col>
            <a-col span="5">
              <input class="bend_input2" v-model="input.undercut_r_2">
            </a-col>
          </a-row>
          <!--         齿面粗糙度Rz(um)-->
          <a-row class="bend5">
            <a-col span="9">
              <span class="text" style="width: 100%"> 齿面粗糙度Rz(um)</span>
            </a-col>
            <a-col span="5">
              <input class="bend_input2" v-model="input.R_z_flank_s_2">
            </a-col>
            <a-col span="5">
              <input class="bend_input2" v-model="input.R_z_flank_p_2">
            </a-col>
            <a-col span="5">
              <input class="bend_input2" v-model="input.R_z_flank_r_2">
            </a-col>
          </a-row>
          <!--          齿根圆角粗糙度Rz-->
          <a-row class="bend5">
            <a-col span="9">
              <span class="text" style="width: 100%"> 齿根圆角粗糙度Rz</span>
            </a-col>
            <a-col span="5">
              <input class="bend_input2" v-model="input.R_z_root_s_2">
            </a-col>
            <a-col span="5">
              <input class="bend_input2" v-model="input.R_z_root_p_2">
            </a-col>
            <a-col span="5">
              <input class="bend_input2" v-model="input.R_z_root_r_2">
            </a-col>
          </a-row>
          <!--          齿厚上偏差(um)-->
          <a-row class="bend5">
            <a-col span="9">
              <span class="text" style="width: 100%"> 齿厚上偏差(um)</span>
            </a-col>
            <a-col span="5">
              <input class="bend_input2" v-model="input.thickness_reduction_s_2">
            </a-col>
            <a-col span="5">
              <input class="bend_input2" v-model="input.thickness_reduction_p_2">
            </a-col>
            <a-col span="5">
              <input class="bend_input2" v-model="input.thickness_reduction_r_2">
            </a-col>
          </a-row>
          <!--          齿厚公差(um)-->
          <a-row class="bend5">
            <a-col span="9">
              <span class="text" style="width: 100%">  齿厚公差(um)</span>
            </a-col>
            <a-col span="5">
              <input class="bend_input2" v-model="input.tooth_thickness_tolerance_s_2">
            </a-col>
            <a-col span="5">
              <input class="bend_input2" v-model="input.tooth_thickness_tolerance_p_2">
            </a-col>
            <a-col span="5">
              <input class="bend_input2" v-model="input.tooth_thickness_tolerance_r_2">
            </a-col>
          </a-row>
          <!--          弯曲强度计算齿厚值-->
          <a-row class="bend5">
            <a-col span="9">
              <span class="text" style="width: 100%">弯曲强度计算齿厚值</span>
            </a-col>
            <a-col span="5">
              <span style="width: 50%;float: left;" class="text">{{ res.thickness_reduction_last_s_2 }}</span>
              <select class="bend_input2" style="margin-right: 2%;width: 40%;line-height: 100%;height: 100%"
                      v-model="input.bend_strength_thickness_s_2">
                <option class="u365_input_option" value=1>最小</option>
                <option class="u365_input_option" value=2>平均</option>
                <option class="u365_input_option" value=3>最大</option>
              </select>
            </a-col>
            <a-col span="5">
              <span style="width: 50%;float: left;" class="text">0</span>
              <select class="bend_input2" style="margin-right: 2%;width: 40%;line-height: 100%;height: 100%"
                      v-model="input.bend_strength_thickness_p_2">
                <option class="u365_input_option" value=1>最小</option>
                <option class="u365_input_option" value=2>平均</option>
                <option class="u365_input_option" value=3>最大</option>
              </select>
            </a-col>
            <a-col span="5">
              <span style="width: 50%;float: left;" class="text">{{ res.thickness_reduction_last_r_2 }}</span>
              <select class="bend_input2" style="margin-right: 2%;width: 40%;line-height: 100%;height: 100%"
                      v-model="input.bend_strength_thickness_r_2">
                <option class="u365_input_option" value=1>最小</option>
                <option class="u365_input_option" value=2>平均</option>
                <option class="u365_input_option" value=3>最大</option>
              </select>
            </a-col>
          </a-row>
          <!--          加工齿圈刀具变位系数-->
          <a-row class="bend5">
            <a-col span="9">
              <span class="text" style="width: 100%">加工齿圈刀具变位系数</span>
            </a-col>
            <a-col span="8">
              <input class="bend_input2" v-model="input.cutter_shift_coefficient_2_s" :disabled="dis2">
            </a-col>
            <a-col span="6">
              <input class="bend_input2" value=1 type="radio" name="de1" style="margin-right: 0;width: 20%;float: left"
                     v-model="input.auto_cutter_2">自动
            </a-col>
          </a-row>
          <!--          加工齿圈刀具齿数-->
          <a-row class="bend5">
            <a-col span="9">
              <span class="text" style="width: 100%">加工齿圈刀具齿数</span>
            </a-col>
            <a-col span="8">
              <input class="bend_input2" v-model="input.z_cutter_2_s" :disabled="dis2">
            </a-col>
            <a-col span="6">
              <input class="bend_input2" value=2 type="radio" name="de1" style="margin-right: 0;width: 20%;float: left"
                     v-model="input.auto_cutter_2">手动
            </a-col>
          </a-row>

        </div>
        <div class="box" style="height: 31%;width: 100%">
          <div class="bend_head">系统参数</div>
          <a-row class="bend6">
            <a-col span="9">
            </a-col>
            <a-col span="5" style="text-align: center;line-height: 100%">外啮合</a-col>
            <a-col span="5" style="text-align: center;line-height: 100%">内啮合</a-col>
          </a-row>
          <!--          使用系数-->
          <a-row class="bend6">
            <a-col span="9">
              <span class="text" style="width: 100%" @click="open(3,'使用系数参数表')">使用系数</span>

            </a-col>
            <a-col span="5">
              <input class="bend_input2" v-model="input.K_A_external_2">
            </a-col>
            <a-col span="5">
              <input class="bend_input2" v-model="input.K_A_internal_2">
            </a-col>
            <a-col span="5">
              <button class="but" style="float: left;width: 50%">!</button>
            </a-col>
          </a-row>
          <!--          动载系数-->
          <a-row class="bend6">
            <a-col span="9">
              <span class="text" style="width: 100%" @click="open(4,'动载系数参数表')">动载系数</span>

            </a-col>
            <a-col span="5">
              <input class="bend_input2" v-model="input.K_V_external_2">
            </a-col>
            <a-col span="5">
              <input class="bend_input2" v-model="input.K_V_internal_2">
            </a-col>
            <a-col span="5">
              <button class="but" style="float: left;width: 50%">!</button>
            </a-col>
          </a-row>
          <!--          接触齿向载荷分布系数-->
          <a-row class="bend6">
            <a-col span="9">
              <span class="text" style="width: 100%">接触齿向载荷分布系数</span>

            </a-col>
            <a-col span="5">
              <input class="bend_input2" v-model="input.K_Hb_external_2">
            </a-col>
            <a-col span="5">
              <input class="bend_input2" v-model="input.K_Hb_external_2">
            </a-col>
            <a-col span="5">
            </a-col>
          </a-row>
          <!--          接触齿间载荷分布系数-->
          <a-row class="bend6">
            <a-col span="9">
              <span class="text" style="width: 100%">接触齿间载荷分布系数</span>
            </a-col>
            <a-col span="5">
              <input class="bend_input2" v-model="input.K_Ha_external_2">
            </a-col>
            <a-col span="5">
              <input class="bend_input2" v-model="input.K_Ha_internal_2">
            </a-col>
            <a-col span="5">
              <button class="but" style="float: left;width: 50%" @click="open(5,'齿间载荷分配系数参考表')">!</button>
            </a-col>
          </a-row>
          <!--          弯曲齿向载荷分布系数-->
          <a-row class="bend6">
            <a-col span="9">
              <span class="text" style="width: 100%">弯曲齿向载荷分布系数</span>
            </a-col>
            <a-col span="5">
              <input class="bend_input2" v-model="input.K_Fb_external_2">
            </a-col>
            <a-col span="5">
              <input class="bend_input2" v-model="input.K_Fb_internal_2">>
            </a-col>
            <a-col span="5">
            </a-col>
          </a-row>
          <!--          弯曲齿间载荷分布系数-->
          <a-row class="bend6">
            <a-col span="9">
              <span class="text" style="width: 100%">弯曲齿间载荷分布系数</span>
            </a-col>
            <a-col span="5">
              <input class="bend_input2" v-model="input.K_Fa_external_2">
            </a-col>
            <a-col span="5">
              <input class="bend_input2" v-model="input.K_Fa_internal_2">
            </a-col>
            <a-col span="5">
              <button class="but" style="float: left;width: 50%" @click="open(5,'齿间载荷分配系数参考表')">!</button>
            </a-col>
          </a-row>
          <!--       静强度系数-->
          <a-row class="bend6">
            <a-col span="9">
              <span class="text" style="width: 100%">静强度系数</span>
            </a-col>
            <a-col span="5">
              <input class="bend_input2" v-model="input.K_A_external_s_2">
            </a-col>
            <a-col span="5">
              <input class="bend_input2" v-model="input.K_A_internal_s_2">
            </a-col>
            <a-col span="5">
            </a-col>
          </a-row>
        </div>
      </div>
      <div class="box" style="width: 30%">
        <div class="bend_head">第三级行星轮系基本参数</div>
        <div class="box" style="height: 25%;width: 100%">
          <div class="bend_head">齿轮材料基本参数</div>
          <a-row class="bend4">
            <a-col span="9">
            </a-col>
            <a-col span="5" style="text-align: center">太阳轮</a-col>
            <a-col span="5" style="text-align: center">行星轮</a-col>
            <a-col span="5" style="text-align: center">齿圈</a-col>
          </a-row>

          <!--          材料类型-->
          <a-row class="bend4">
            <a-col span="9">
              <span class="text" style="width: 100%">材料类型</span>
            </a-col>
            <a-col span="5">
              <select class="bend_input" style="margin-right: 2%;width: 95%;line-height: 100%;height: 100%"
                      v-model="input.material_type_s_3">
                <option class="u365_input_option" value=1>渗碳淬火</option>
                <option class="u365_input_option" value=2>调质</option>
                <option class="u365_input_option" value=3>渗氮钢</option>
                <option class="u365_input_option" value=4>结构钢</option>
                <option class="u365_input_option" value=5>感应淬火和火焰淬火钢</option>
                <option class="u365_input_option" value=6>氮碳共渗钢</option>
              </select>
            </a-col>
            <a-col span="5">
              <select class="bend_input" style="margin-right: 2%;width: 98%;line-height: 100%;height: 100%"
                      v-model="input.material_type_p_3">
                <option class="u365_input_option" value=1>渗碳淬火</option>
                <option class="u365_input_option" value=2>调质</option>
                <option class="u365_input_option" value=3>渗氮钢</option>
                <option class="u365_input_option" value=4>结构钢</option>
                <option class="u365_input_option" value=5>感应淬火和火焰淬火钢</option>
                <option class="u365_input_option" value=6>氮碳共渗钢</option>
              </select>
            </a-col>
            <a-col span="5">
              <select class="bend_input" style="margin-right: 2%;width: 98%;line-height: 100%;height: 100%"
                      v-model="input.material_type_r_3">
                <option class="u365_input_option" value=1>渗碳淬火</option>
                <option class="u365_input_option" value=2>调质</option>
                <option class="u365_input_option" value=3>渗氮钢</option>
                <option class="u365_input_option" value=4>结构钢</option>
                <option class="u365_input_option" value=5>感应淬火和火焰淬火钢</option>
                <option class="u365_input_option" value=6>氮碳共渗钢</option>
              </select>
            </a-col>
          </a-row>
          <!--          屈服应力-->
          <a-row class="bend4">
            <a-col span="9">
              <span class="text" style="width: 100%">屈服应力(MPa)</span>

            </a-col>
            <a-col span="5">
              <input class="bend_input2" v-model="input.sigma_s_s_3">
            </a-col>
            <a-col span="5">
              <input class="bend_input2" v-model="input.sigma_s_p_3">
            </a-col>
            <a-col span="5">
              <input class="bend_input2" v-model="input.sigma_s_r_3">
            </a-col>
          </a-row>
          <!--          接触疲劳极限应力-->
          <a-row class="bend4">
            <a-col span="9">
              <span class="text" style="width: 100%">接触疲劳极限应力</span>
            </a-col>
            <a-col span="5">
              <input class="bend_input2" v-model="input.sigma_Hlim_s_3">
            </a-col>
            <a-col span="5">
              <input class="bend_input2" v-model="input.sigma_Hlim_p_3">
            </a-col>
            <a-col span="5">
              <input class="bend_input2" v-model="input.sigma_Hlim_r_3">
            </a-col>
          </a-row>
          <!--弯曲疲劳极限应力-->
          <a-row class="bend4">
            <a-col span="9">
              <span class="text" style="width: 100%">弯曲疲劳极限应力</span>
            </a-col>
            <a-col span="5">
              <input class="bend_input2" v-model="input.sigma_Flim_s_3">
            </a-col>
            <a-col span="5">
              <input class="bend_input2" v-model="input.sigma_Flim_p_3">
            </a-col>
            <a-col span="5">
              <input class="bend_input2" v-model="input.sigma_Flim_r_3">
            </a-col>
          </a-row>
          <!--齿面硬度(HB)-->
          <a-row class="bend4">
            <a-col span="9">
              <span class="text" style="width: 100%">齿面硬度(HB)</span>
            </a-col>
            <a-col span="5">
              <input class="bend_input2" v-model="input.hardness_HB_s_3">
            </a-col>
            <a-col span="5">
              <input class="bend_input2" v-model="input.hardness_HB_p_3">
            </a-col>
            <a-col span="5">
              <input class="bend_input2" v-model="input.hardness_HB_r_3">
            </a-col>
          </a-row>
          <!--          弹性模量(MPa)-->
          <a-row class="bend4">
            <a-col span="9">
              <span class="text" style="width: 100%">弹性模量(MPa)</span>
            </a-col>
            <a-col span="5">
              <input class="bend_input2" v-model="input.E_s_3">
            </a-col>
            <a-col span="5">
              <input class="bend_input2" v-model="input.E_p_3">
            </a-col>
            <a-col span="5">
              <input class="bend_input2" v-model="input.E_r_3">
            </a-col>
          </a-row>
          <!--          泊松比-->
          <a-row class="bend4">
            <a-col span="9">
              <span class="text" style="width: 100%">泊松比</span>
            </a-col>
            <a-col span="5">
              <input class="bend_input2" v-model="input.possion_s_3">
            </a-col>
            <a-col span="5">
              <input class="bend_input2" v-model="input.possion_s_3">
            </a-col>
            <a-col span="5">
              <input class="bend_input2" v-model="input.possion_s_3">
            </a-col>
          </a-row>
        </div>
        <div class="box" style="height: 42%;width: 100%">
          <div class="bend_head">齿形参数输入</div>
          <a-row class="bend5">
            <a-col span="9">
            </a-col>
            <a-col span="5" style="text-align: center">太阳轮</a-col>
            <a-col span="5" style="text-align: center">行星轮</a-col>
            <a-col span="5" style="text-align: center">齿圈</a-col>
          </a-row>
          <!--          齿顶高系数-->
          <a-row class="bend5">
            <a-col span="9">
              <span class="text" style="width: 100%">齿顶高系数</span>
            </a-col>
            <a-col span="5">
              <input class="bend_input2" v-model="input.ad_factor_s_3">
            </a-col>
            <a-col span="5">
              <input class="bend_input2" v-model="input.ad_factor_p_3">
            </a-col>
            <a-col span="5">
              <input class="bend_input2" v-model="input.ad_factor_r_2">
            </a-col>
          </a-row>
          <!--          顶隙系数-->
          <a-row class="bend5">
            <a-col span="9">
              <span class="text" style="width: 100%">顶隙系数</span>
            </a-col>
            <a-col span="5">
              <input class="bend_input2" v-model="input.tip_factor_s_3">
            </a-col>
            <a-col span="5">
              <input class="bend_input2" v-model="input.tip_factor_p_3">
            </a-col>
            <a-col span="5">
              <input class="bend_input2" v-model="input.tip_factor_r_3">
            </a-col>
          </a-row>
          <!--齿根圆角半径系数-->
          <a-row class="bend5">
            <a-col span="9">
              <span class="text" style="width: 100%">齿根圆角半径系数</span>
            </a-col>
            <a-col span="5">
              <input class="bend_input2" v-model="input.radius_factor_s_3">
            </a-col>
            <a-col span="5">
              <input class="bend_input2" v-model="input.radius_factor_p_3">
            </a-col>
            <a-col span="5">
              <input class="bend_input2" v-model="input.radius_factor_r_3">
            </a-col>
          </a-row>
          <!--          轮缘厚度系数-->
          <a-row class="bend5">
            <a-col span="9">
              <span class="text" style="width: 100%">轮缘厚度系数</span>
            </a-col>
            <a-col span="5">
              <input class="bend_input2" v-model="input.SR_s_3">
            </a-col>
            <a-col span="5">
              <input class="bend_input2" v-model="input.SR_p_3">
            </a-col>
            <a-col span="5">
              <input class="bend_input2" v-model="input.SR_r_3">
            </a-col>
          </a-row>
          <!--          齿向倒角高度-->
          <a-row class="bend5">
            <a-col span="9">
              <span class="text" style="width: 100%">齿向倒角高度</span>
            </a-col>
            <a-col span="5">
              <input class="bend_input2" v-model="input.chamfer_dia_s_3">
            </a-col>
            <a-col span="5">
              <input class="bend_input2" v-model="input.chamfer_dia_p_3">
            </a-col>
            <a-col span="5">
              <input class="bend_input2" v-model="input.chamfer_dia_r_3">
            </a-col>
          </a-row>
          <!--          齿向倒角角度-->
          <a-row class="bend5">
            <a-col span="9">
              <span class="text" style="width: 100%">齿向倒角角度</span>
            </a-col>
            <a-col span="5">
              <input class="bend_input2" v-model="input.chamfer_angle_s_3">
            </a-col>
            <a-col span="5">
              <input class="bend_input2" v-model="input.chamfer_angle_p_3">
            </a-col>
            <a-col span="5">
              <input class="bend_input2" v-model="input.chamfer_angle_r_3">
            </a-col>
          </a-row>
          <!--          齿顶削减量(直径)(mm)-->
          <a-row class="bend5">
            <a-col span="9">
              <span class="text" style="width: 100%"> 齿顶削减量(直径)(mm)</span>
            </a-col>
            <a-col span="5">
              <input class="bend_input2" v-model="input.ad_cut_dia_s_3">
            </a-col>
            <a-col span="5">
              <input class="bend_input2" v-model="input.ad_cut_dia_p_3">
            </a-col>
            <a-col span="5">
              <input class="bend_input2" v-model="input.ad_cut_dia_r_3">
            </a-col>
          </a-row>
          <!--          挖根量(mm)-->
          <a-row class="bend5">
            <a-col span="9">
              <span class="text" style="width: 100%">挖根量(mm)</span>
            </a-col>
            <a-col span="5">
              <input class="bend_input2" v-model="input.undercut_s_3">
            </a-col>
            <a-col span="5">
              <input class="bend_input2" v-model="input.undercut_p_3">
            </a-col>
            <a-col span="5">
              <input class="bend_input2" v-model="input.undercut_r_3">
            </a-col>
          </a-row>
          <!--         齿面粗糙度Rz(um)-->
          <a-row class="bend5">
            <a-col span="9">
              <span class="text" style="width: 100%"> 齿面粗糙度Rz(um)</span>
            </a-col>
            <a-col span="5">
              <input class="bend_input2" v-model="input.R_z_flank_s_3">
            </a-col>
            <a-col span="5">
              <input class="bend_input2" v-model="input.R_z_flank_p_3">
            </a-col>
            <a-col span="5">
              <input class="bend_input2" v-model="input.R_z_flank_r_3">
            </a-col>
          </a-row>
          <!--          齿根圆角粗糙度Rz-->
          <a-row class="bend5">
            <a-col span="9">
              <span class="text" style="width: 100%"> 齿根圆角粗糙度Rz</span>
            </a-col>
            <a-col span="5">
              <input class="bend_input2" v-model="input.R_z_root_s_3">
            </a-col>
            <a-col span="5">
              <input class="bend_input2" v-model="input.R_z_root_p_3">
            </a-col>
            <a-col span="5">
              <input class="bend_input2" v-model="input.R_z_root_r_3">
            </a-col>
          </a-row>
          <!--          齿厚上偏差(um)-->
          <a-row class="bend5">
            <a-col span="9">
              <span class="text" style="width: 100%"> 齿厚上偏差(um)</span>
            </a-col>
            <a-col span="5">
              <input class="bend_input2" v-model="input.thickness_reduction_s_3">
            </a-col>
            <a-col span="5">
              <input class="bend_input2" v-model="input.thickness_reduction_p_3">
            </a-col>
            <a-col span="5">
              <input class="bend_input2" v-model="input.thickness_reduction_r_3">
            </a-col>
          </a-row>
          <!--          齿厚公差(um)-->
          <a-row class="bend5">
            <a-col span="9">
              <span class="text" style="width: 100%">  齿厚公差(um)</span>
            </a-col>
            <a-col span="5">
              <input class="bend_input2" v-model="input.tooth_thickness_tolerance_s_3">
            </a-col>
            <a-col span="5">
              <input class="bend_input2" v-model="input.tooth_thickness_tolerance_p_3">
            </a-col>
            <a-col span="5">
              <input class="bend_input2" v-model="input.tooth_thickness_tolerance_r_3">
            </a-col>
          </a-row>
          <!--          弯曲强度计算齿厚值-->
          <a-row class="bend5">
            <a-col span="9">
              <span class="text" style="width: 100%">弯曲强度计算齿厚值</span>
            </a-col>
            <a-col span="5">
              <span style="width: 50%;float: left;" class="text">{{ res.thickness_reduction_last_s_3 }}</span>
              <select class="bend_input2" style="margin-right: 2%;width: 40%;line-height: 100%;height: 100%"
                      v-model="input.bend_strength_thickness_s_3">
                <option class="u365_input_option" value=1>最小</option>
                <option class="u365_input_option" value=2>平均</option>
                <option class="u365_input_option" value=3>最大</option>
              </select>
            </a-col>
            <a-col span="5">
              <span style="width: 50%;float: left;" class="text">0</span>
              <select class="bend_input2" style="margin-right: 2%;width: 40%;line-height: 100%;height: 100%"
                      v-model="input.bend_strength_thickness_p_3">
                <option class="u365_input_option" value=1>最小</option>
                <option class="u365_input_option" value=2>平均</option>
                <option class="u365_input_option" value=3>最大</option>
              </select>
            </a-col>
            <a-col span="5">
              <span style="width: 50%;float: left;" class="text">{{ res.thickness_reduction_last_r_3 }}</span>
              <select class="bend_input2" style="margin-right: 2%;width: 40%;line-height: 100%;height: 100%"
                      v-model="input.bend_strength_thickness_r_3">
                <option class="u365_input_option" value=1>最小</option>
                <option class="u365_input_option" value=2>平均</option>
                <option class="u365_input_option" value=3>最大</option>
              </select>
            </a-col>
          </a-row>
          <!--          加工齿圈刀具变位系数-->
          <a-row class="bend5">
            <a-col span="9">
              <span class="text" style="width: 100%">加工齿圈刀具变位系数</span>
            </a-col>
            <a-col span="8">
              <input class="bend_input2" v-model="input.cutter_shift_coefficient_3_s" :disabled="dis3">
            </a-col>
            <a-col span="6">
              <input class="bend_input2" type="radio" name="de3" value=1 style="margin-right: 0;width: 20%;float: left"
                     v-model="input.auto_cutter_3">自动
            </a-col>
          </a-row>
          <!--          加工齿圈刀具齿数-->
          <a-row class="bend5">
            <a-col span="9">
              <span class="text" style="width: 100%">加工齿圈刀具齿数</span>
            </a-col>
            <a-col span="8">
              <input class="bend_input2" v-model="input.z_cutter_3_s" :disabled="dis3">
            </a-col>
            <a-col span="6">
              <input class="bend_input2" type="radio" name="de3" value=2 style="margin-right: 0;width: 20%;float: left"
                     v-model="input.auto_cutter_3">手动
            </a-col>
          </a-row>

        </div>
        <div class="box" style="height: 31%;width: 80%;float: left">
          <div class="bend_head">系统参数</div>
          <a-row class="bend6">
            <a-col span="9">
            </a-col>
            <a-col span="5" style="text-align: center;line-height: 100%">外啮合</a-col>
            <a-col span="5" style="text-align: center;line-height: 100%">内啮合</a-col>
          </a-row>
          <!--          使用系数-->
          <a-row class="bend6">
            <a-col span="9">
              <span class="text" style="width: 100%" @click="open(3,'使用系数参数表')">使用系数</span>

            </a-col>
            <a-col span="5">
              <input class="bend_input2" v-model="input.K_A_external_3">
            </a-col>
            <a-col span="5">
              <input class="bend_input2" v-model="input.K_A_internal_3">
            </a-col>
            <a-col span="5">
              <button class="but" style="float: left;width: 50%">!</button>
            </a-col>
          </a-row>
          <!--          动载系数-->
          <a-row class="bend6">
            <a-col span="9">
              <span class="text" style="width: 100%" @click="open(4,'动载系数参数表')">动载系数</span>
            </a-col>
            <a-col span="5">
              <input class="bend_input2" v-model="input.K_V_external_3">
            </a-col>
            <a-col span="5">
              <input class="bend_input2" v-model="input.K_V_internal_3">
            </a-col>
            <a-col span="5">
              <button class="but" style="float: left;width: 50%">!</button>
            </a-col>
          </a-row>
          <!--          接触齿向载荷分布系数-->
          <a-row class="bend6">
            <a-col span="9">
              <span class="text" style="width: 100%">接触齿向载荷分布系数</span>

            </a-col>
            <a-col span="5">
              <input class="bend_input2" v-model="input.K_Hb_external_3">
            </a-col>
            <a-col span="5">
              <input class="bend_input2" v-model="input.K_Hb_external_3">
            </a-col>
            <a-col span="5">
            </a-col>
          </a-row>
          <!--          接触齿间载荷分布系数-->
          <a-row class="bend6">
            <a-col span="9">
              <span class="text" style="width: 100%">接触齿间载荷分布系数</span>
            </a-col>
            <a-col span="5">
              <input class="bend_input2" v-model="input.K_Ha_external_3">
            </a-col>
            <a-col span="5">
              <input class="bend_input2" v-model="input.K_Ha_internal_3">
            </a-col>
            <a-col span="5">
              <button class="but" style="float: left;width: 50%" @click="open(5,'齿间载荷分配系数参考表')">!</button>
            </a-col>
          </a-row>
          <!--          弯曲齿向载荷分布系数-->
          <a-row class="bend6">
            <a-col span="9">
              <span class="text" style="width: 100%">弯曲齿向载荷分布系数</span>
            </a-col>
            <a-col span="5">
              <input class="bend_input2" v-model="input.K_Fb_external_3">
            </a-col>
            <a-col span="5">
              <input class="bend_input2" v-model="input.K_Fb_internal_3">
            </a-col>
            <a-col span="5">
            </a-col>
          </a-row>
          <!--          弯曲齿间载荷分布系数-->
          <a-row class="bend6">
            <a-col span="9">
              <span class="text" style="width: 100%">弯曲齿间载荷分布系数</span>
            </a-col>
            <a-col span="5">
              <input class="bend_input2" v-model="input.K_Fa_external_3">
            </a-col>
            <a-col span="5">
              <input class="bend_input2" v-model="input.K_Fa_internal_3">
            </a-col>
            <a-col span="5">
              <button class="but" style="float: left;width: 50%" @click="open(5,'齿间载荷分配系数参考表')">!</button>
            </a-col>
          </a-row>
          <!--       静强度系数-->
          <a-row class="bend6">
            <a-col span="9">
              <span class="text" style="width: 100%">静强度系数</span>
            </a-col>
            <a-col span="5">
              <input class="bend_input2" v-model="input.K_A_external_s_3">
            </a-col>
            <a-col span="5">
              <input class="bend_input2" v-model="input.K_A_internal_s_3">
            </a-col>
            <a-col span="5">
            </a-col>
          </a-row>

        </div>
        <button class="but" style="float: right;width: 10%;height: 14%;margin-top: 7%;margin-right: 2%;" @click="submit">计算</button>
      </div>
    </div>
    <div class="dc" v-else-if="Ccanshow">
      <div class="box" style="width: 30%;height: 75%">
        <div class="bend_head">第1级相关参数</div>
        <div style="width: 100%;height: 92%;">
          <a-row class="bend7">
            <a-col span="9">
            </a-col>
            <a-col span="7" style="text-align: center;line-height: 100%">外啮合</a-col>
            <a-col span="8" style="text-align: center;line-height: 100%">内啮合</a-col>
          </a-row>
          <a-row type="flex" class="bend7">
            <a-col span="8">
            </a-col>
            <a-col span="4">
              <span class="text" style="width: 100%;text-align: center">太阳轮</span></a-col>
            <a-col span="4">
              <span class="text" style="width: 100%;text-align: center">行星轮</span>
            </a-col>
            <a-col span="4">
              <span class="text" style="width: 100%;text-align: center">行星轮</span>
            </a-col>
            <a-col span="4">
              <span class="text" style="width: 100%;text-align: center">齿圈轮</span>
            </a-col>
          </a-row>
          <!--       计算接触应力   -->
          <a-row type="flex" class="bend7">
            <a-col span="8">
              <span class="text" style="width: 100%;text-align: right">计算接触应力(MPa)</span></a-col>
            <a-col span="4">
              <span class="text" style="width: 100%;text-align: center">{{ res.sigma_H_fatigue_design_s_1_x1 }}</span>
            </a-col>
            <a-col span="4">
              <span class="text" style="width: 100%;text-align: center">{{ res.sigma_H_fatigue_design_p_external_1_x1 }}</span>
            </a-col>
            <a-col span="4">
              <span class="text" style="width: 100%;text-align: center">{{ res.sigma_H_fatigue_design_p_internal_1_x1 }}</span>
            </a-col>
            <a-col span="4">
              <span class="text" style="width: 100%;text-align: center">{{ res.sigma_H_fatigue_design_r_1_x1 }}</span>
            </a-col>
          </a-row>

          <!--          许用接触应力-->
          <a-row type="flex" class="bend7">
            <a-col span="8">
              <span class="text" style="width: 100%;text-align: right">许用接触应力(MPa)</span></a-col>
            <a-col span="4">
              <span class="text" style="width: 100%;text-align: center">{{ res.sigma_HG_s_1_x1 }}</span>
            </a-col>
            <a-col span="4">
              <span class="text" style="width: 100%;text-align: center">{{ res.sigma_HG_p_external_1_x1 }}</span>
            </a-col>
            <a-col span="4">
              <span class="text" style="width: 100%;text-align: center">{{ res.sigma_HG_p_internal_1_x1 }}</span>
            </a-col>
            <a-col span="4">
              <span class="text" style="width: 100%;text-align: center">{{ res.sigma_HG_r_1_x1 }}</span>
            </a-col>
          </a-row>
          <!--          计算弯曲应力-->
          <a-row type="flex" class="bend7">
            <a-col span="8">
              <span class="text" style="width: 100%;text-align: right">计算弯曲应力(MPa)</span></a-col>
            <a-col span="4">
              <span class="text" style="width: 100%;text-align: center">{{ res.sigma_F_fatigue_design_s_1_x1 }}</span>
            </a-col>
            <a-col span="4">
              <span class="text" style="width: 100%;text-align: center">{{ res.sigma_F_fatigue_design_p_external_1_x1 }}</span>
            </a-col>
            <a-col span="4">
              <span class="text" style="width: 100%;text-align: center">{{ res.sigma_F_fatigue_design_p_internal_1_x1 }}</span>
            </a-col>
            <a-col span="4">
              <span class="text" style="width: 100%;text-align: center">{{ res.sigma_F_fatigue_design_r_1_x1 }}</span>
            </a-col>
          </a-row>
          <!--          许用弯曲应力-->
          <a-row type="flex" class="bend7">
            <a-col span="8">
              <span class="text" style="width: 100%;text-align: right">许用弯曲应力(MPa)</span></a-col>
            <a-col span="4">
              <span class="text" style="width: 100%;text-align: center">{{ res.sigma_FG_s_1_x1 }}</span>
            </a-col>
            <a-col span="4">
              <span class="text" style="width: 100%;text-align: center">{{ res.sigma_FG_p_external_1_x1 }}</span>
            </a-col>
            <a-col span="4">
              <span class="text" style="width: 100%;text-align: center">{{ res.sigma_FG_p_internal_1_x1 }}</span>
            </a-col>
            <a-col span="4">
              <span class="text" style="width: 100%;text-align: center">{{ res.sigma_FG_r_1_x1 }}</span>
            </a-col>
          </a-row>
          <!--节圆直径(mm)-->
          <a-row type="flex" class="bend7">
            <a-col span="8">
              <span class="text" style="width: 100%;text-align: right">节圆直径(mm)</span></a-col>
            <a-col span="4">
              <span class="text" style="width: 100%;text-align: center">{{ res.tran_pitch_s_1_x1 }}</span>
            </a-col>
            <a-col span="4">
              <span class="text" style="width: 100%;text-align: center">{{ res.tran_pitch_p_external_1_x1 }}</span>
            </a-col>
            <a-col span="4">
              <span class="text" style="width: 100%;text-align: center">{{ res.tran_pitch_p_internal_1_x1 }}</span>
            </a-col>
            <a-col span="4">
              <span class="text" style="width: 100%;text-align: center">{{ res.tran_pitch_r_1_x1 }}</span>
            </a-col>
          </a-row>
          <!--基圆直径(mm)-->
          <a-row type="flex" class="bend7">
            <a-col span="8">
              <span class="text" style="width: 100%;text-align: right">基圆直径(mm)</span></a-col>
            <a-col span="4">
              <span class="text" style="width: 100%;text-align: center">{{ res.tran_base_dia_s_1_x1 }}</span>
            </a-col>
            <a-col span="4">
              <span class="text" style="width: 100%;text-align: center">{{ res.tran_base_dia_p_external_1_x1 }}</span>
            </a-col>
            <a-col span="4">
              <span class="text" style="width: 100%;text-align: center">{{ res.tran_base_dia_p_internal_1_x1 }}</span>
            </a-col>
            <a-col span="4">
              <span class="text" style="width: 100%;text-align: center">{{ res.tran_base_dia_r_1_x1 }}</span>
            </a-col>
          </a-row>
          <!-- 啮合角(°)-->
          <a-row type="flex" class="bend7">
            <a-col span="8">
              <span class="text" style="width: 100%;text-align: right"> 啮合角(°)</span></a-col>
            <a-col span="8">
              <span class="text" style="width: 100%;text-align: center">{{ res.mesh_angle_external_1_x1 }}</span>
            </a-col>
            <a-col span="8">
              <span class="text" style="width: 100%;text-align: center">{{ res.mesh_angle_internal_1_x1 }}</span>
            </a-col>
          </a-row>

          <!-- 基圆螺旋角(°)-->
          <a-row type="flex" class="bend7">
            <a-col span="8">
              <span class="text" style="width: 100%;text-align: right"> 基圆螺旋角(°)</span></a-col>
            <a-col span="8">
              <span class="text" style="width: 100%;text-align: center">{{ res.base_helix_angle_external_1_x1 }}</span>
            </a-col>
            <a-col span="8">
              <span class="text" style="width: 100%;text-align: center">{{ res.base_helix_angle_internal_1_x1 }}</span>
            </a-col>
          </a-row>

          <!--          相对转速(rpm)-->
          <a-row type="flex" class="bend7">
            <a-col span="8">
              <span class="text" style="width: 100%;text-align: right">相对转速(rpm)</span></a-col>
            <a-col span="5">
              <span class="text" style="width: 100%;text-align: center">{{ res.n_s_1_rel }}</span>
            </a-col>
            <a-col span="6">
              <span class="text" style="width: 100%;text-align: center">{{ res.n_p_1_rel }}</span>
            </a-col>
            <a-col span="5">
              <span class="text" style="width: 100%;text-align: center">{{ res.n_r_1_rel }}</span>
            </a-col>
          </a-row>

          <!--          绝对转速(rpm)-->
          <a-row type="flex" class="bend7">
            <a-col span="8">
              <span class="text" style="width: 100%;text-align: right">绝对转速(rpm)</span></a-col>
            <a-col span="5">
              <span class="text" style="width: 100%;text-align: center">{{ res.n_s_1_abs }}</span>
            </a-col>
            <a-col span="6">
              <span class="text" style="width: 100%;text-align: center">{{ res.n_p_1_abs }}</span>
            </a-col>
            <a-col span="5">
              <span class="text" style="width: 100%;text-align: center">{{ res.n_r_1_abs }}</span>
            </a-col>
          </a-row>
          <!--          行星架转速(rpm)-->
          <a-row type="flex" class="bend7">
            <a-col span="8">
              <span class="text" style="width: 100%;text-align: right">行星架转速(rpm)</span></a-col>
            <a-col span="16">
              <span class="text" style="width: 100%;text-align: center">{{ res.n_carrier_1_abs }}</span>
            </a-col>
          </a-row>

          <!--          切向载荷(N)-->
          <a-row type="flex" class="bend7">
            <a-col span="8">
              <span class="text" style="width: 100%;text-align: right">切向载荷(N)</span></a-col>
            <a-col span="8">
              <span class="text" style="width: 100%;text-align: center">{{ res.tangential_load_external_1_0 }}</span>
            </a-col>
            <a-col span="8">
              <span class="text" style="width: 100%;text-align: center">{{ res.tangential_load_internal_1_0 }}</span>
            </a-col>
          </a-row>

          <!--          径向载荷(N)-->
          <a-row type="flex" class="bend7">
            <a-col span="8">
              <span class="text" style="width: 100%;text-align: right">径向载荷(N)</span></a-col>
            <a-col span="8">
              <span class="text" style="width: 100%;text-align: center">{{ res.radial_load_external_1_0 }}</span>
            </a-col>
            <a-col span="8">
              <span class="text" style="width: 100%;text-align: center">{{ res.radial_load_internal_1_0 }}</span>
            </a-col>
          </a-row>

          <!--          轴向载荷(N)-->
          <a-row type="flex" class="bend7">
            <a-col span="8">
              <span class="text" style="width: 100%;text-align: right">轴向载荷(N)</span></a-col>
            <a-col span="8">
              <span class="text" style="width: 100%;text-align: center">{{ res.axial_load_external_1_0 }}</span>
            </a-col>
            <a-col span="8">
              <span class="text" style="width: 100%;text-align: center">{{ res.axial_load_internal_1_0 }}</span>
            </a-col>
          </a-row>
        </div>
      </div>
      <div class="box" style="width: 30%;height: 75%">
        <div class="bend_head">第2级相关参数</div>
        <div style="width: 100%;height: 92%;">
          <a-row class="bend7">
            <a-col span="9">
            </a-col>
            <a-col span="7" style="text-align: center;line-height: 100%">外啮合</a-col>
            <a-col span="8" style="text-align: center;line-height: 100%">内啮合</a-col>
          </a-row>
          <a-row type="flex" class="bend7">
            <a-col span="8">
            </a-col>
            <a-col span="4">
              <span class="text" style="width: 100%;text-align: center">太阳轮</span></a-col>
            <a-col span="4">
              <span class="text" style="width: 100%;text-align: center">行星轮</span>
            </a-col>
            <a-col span="4">
              <span class="text" style="width: 100%;text-align: center">行星轮</span>
            </a-col>
            <a-col span="4">
              <span class="text" style="width: 100%;text-align: center">齿圈轮</span>
            </a-col>
          </a-row>
          <!--       计算接触应力   -->
          <a-row type="flex" class="bend7">
            <a-col span="8">
              <span class="text" style="width: 100%;text-align: right">计算接触应力(MPa)</span></a-col>
            <a-col span="4">
              <span class="text" style="width: 100%;text-align: center">{{ res.sigma_H_fatigue_design_s_2_x1 }}</span>
            </a-col>
            <a-col span="4">
              <span class="text" style="width: 100%;text-align: center">{{ res.sigma_H_fatigue_design_p_external_2_x1 }}</span>
            </a-col>
            <a-col span="4">
              <span class="text" style="width: 100%;text-align: center">{{ res.sigma_H_fatigue_design_p_internal_2_x1 }}</span>
            </a-col>
            <a-col span="4">
              <span class="text" style="width: 100%;text-align: center">{{ res.sigma_H_fatigue_design_r_2_x1 }}</span>
            </a-col>
          </a-row>

          <!--          许用接触应力-->
          <a-row type="flex" class="bend7">
            <a-col span="8">
              <span class="text" style="width: 100%;text-align: right">许用接触应力(MPa)</span></a-col>
            <a-col span="4">
              <span class="text" style="width: 100%;text-align: center">{{ res.sigma_HG_s_2_x1 }}</span>
            </a-col>
            <a-col span="4">
              <span class="text" style="width: 100%;text-align: center">{{ res.sigma_HG_p_external_2_x1 }}</span>
            </a-col>
            <a-col span="4">
              <span class="text" style="width: 100%;text-align: center">{{ res.sigma_HG_p_internal_2_x1 }}</span>
            </a-col>
            <a-col span="4">
              <span class="text" style="width: 100%;text-align: center">{{ res.sigma_HG_r_2_x1 }}</span>
            </a-col>
          </a-row>
          <!--          计算弯曲应力-->
          <a-row type="flex" class="bend7">
            <a-col span="8">
              <span class="text" style="width: 100%;text-align: right">计算弯曲应力(MPa)</span></a-col>
            <a-col span="4">
              <span class="text" style="width: 100%;text-align: center">{{ res.sigma_F_fatigue_design_s_2_x1 }}</span>
            </a-col>
            <a-col span="4">
              <span class="text" style="width: 100%;text-align: center">{{ res.sigma_F_fatigue_design_p_external_2_x1 }}</span>
            </a-col>
            <a-col span="4">
              <span class="text" style="width: 100%;text-align: center">{{ res.sigma_F_fatigue_design_p_internal_2_x1 }}</span>
            </a-col>
            <a-col span="4">
              <span class="text" style="width: 100%;text-align: center">{{ res.sigma_F_fatigue_design_r_2_x1 }}</span>
            </a-col>
          </a-row>
          <!--          许用弯曲应力-->
          <a-row type="flex" class="bend7">
            <a-col span="8">
              <span class="text" style="width: 100%;text-align: right">许用弯曲应力(MPa)</span></a-col>
            <a-col span="4">
              <span class="text" style="width: 100%;text-align: center">{{ res.sigma_FG_s_2_x1 }}</span>
            </a-col>
            <a-col span="4">
              <span class="text" style="width: 100%;text-align: center">{{ res.sigma_FG_p_external_2_x1 }}</span>
            </a-col>
            <a-col span="4">
              <span class="text" style="width: 100%;text-align: center">{{ res.sigma_FG_p_internal_2_x1 }}</span>
            </a-col>
            <a-col span="4">
              <span class="text" style="width: 100%;text-align: center">{{ res.sigma_FG_r_2_x1 }}</span>
            </a-col>
          </a-row>
          <!--节圆直径(mm)-->
          <a-row type="flex" class="bend7">
            <a-col span="8">
              <span class="text" style="width: 100%;text-align: right">节圆直径(mm)</span></a-col>
            <a-col span="4">
              <span class="text" style="width: 100%;text-align: center">{{ res.tran_pitch_s_2_x1 }}</span>
            </a-col>
            <a-col span="4">
              <span class="text" style="width: 100%;text-align: center">{{ res.tran_pitch_p_external_2_x1 }}</span>
            </a-col>
            <a-col span="4">
              <span class="text" style="width: 100%;text-align: center">{{ res.tran_pitch_p_internal_2_x1 }}</span>
            </a-col>
            <a-col span="4">
              <span class="text" style="width: 100%;text-align: center">{{ res.tran_pitch_r_2_x1 }}</span>
            </a-col>
          </a-row>
          <!--基圆直径(mm)-->
          <a-row type="flex" class="bend7">
            <a-col span="8">
              <span class="text" style="width: 100%;text-align: right">基圆直径(mm)</span></a-col>
            <a-col span="4">
              <span class="text" style="width: 100%;text-align: center">{{ res.tran_base_dia_s_2_x1 }}</span>
            </a-col>
            <a-col span="4">
              <span class="text" style="width: 100%;text-align: center">{{ res.tran_base_dia_p_external_2_x1 }}</span>
            </a-col>
            <a-col span="4">
              <span class="text" style="width: 100%;text-align: center">{{ res.tran_base_dia_p_internal_2_x1 }}</span>
            </a-col>
            <a-col span="4">
              <span class="text" style="width: 100%;text-align: center">{{ res.tran_base_dia_r_2_x1 }}</span>
            </a-col>
          </a-row>
          <!-- 啮合角(°)-->
          <a-row type="flex" class="bend7">
            <a-col span="8">
              <span class="text" style="width: 100%;text-align: right"> 啮合角(°)</span></a-col>
            <a-col span="8">
              <span class="text" style="width: 100%;text-align: center">{{ res.mesh_angle_external_2_x1 }}</span>
            </a-col>
            <a-col span="8">
              <span class="text" style="width: 100%;text-align: center">{{ res.mesh_angle_internal_2_x1 }}</span>
            </a-col>
          </a-row>

          <!-- 基圆螺旋角(°)-->
          <a-row type="flex" class="bend7">
            <a-col span="8">
              <span class="text" style="width: 100%;text-align: right"> 基圆螺旋角(°)</span></a-col>
            <a-col span="8">
              <span class="text" style="width: 100%;text-align: center">{{ res.base_helix_angle_external_2_x1 }}</span>
            </a-col>
            <a-col span="8">
              <span class="text" style="width: 100%;text-align: center">{{ res.base_helix_angle_internal_2_x1 }}</span>
            </a-col>
          </a-row>

          <!--          相对转速(rpm)-->
          <a-row type="flex" class="bend7">
            <a-col span="8">
              <span class="text" style="width: 100%;text-align: right">相对转速(rpm)</span></a-col>
            <a-col span="5">
              <span class="text" style="width: 100%;text-align: center">{{ res.n_s_2_rel }}</span>
            </a-col>
            <a-col span="6">
              <span class="text" style="width: 100%;text-align: center">{{ res.n_p_2_rel }}</span>
            </a-col>
            <a-col span="5">
              <span class="text" style="width: 100%;text-align: center">{{ res.n_r_2_rel }}</span>
            </a-col>
          </a-row>

          <!--          绝对转速(rpm)-->
          <a-row type="flex" class="bend7">
            <a-col span="8">
              <span class="text" style="width: 100%;text-align: right">绝对转速(rpm)</span></a-col>
            <a-col span="5">
              <span class="text" style="width: 100%;text-align: center">{{ res.n_s_2_abs }}</span>
            </a-col>
            <a-col span="6">
              <span class="text" style="width: 100%;text-align: center">{{ res.n_p_2_abs }}</span>
            </a-col>
            <a-col span="5">
              <span class="text" style="width: 100%;text-align: center">{{ res.n_r_2_abs }}</span>
            </a-col>
          </a-row>
          <!--          行星架转速(rpm)-->
          <a-row type="flex" class="bend7">
            <a-col span="8">
              <span class="text" style="width: 100%;text-align: right">行星架转速(rpm)</span></a-col>
            <a-col span="16">
              <span class="text" style="width: 100%;text-align: center">{{ res.n_carrier_2_abs }}</span>
            </a-col>
          </a-row>

          <!--          切向载荷(N)-->
          <a-row type="flex" class="bend7">
            <a-col span="8">
              <span class="text" style="width: 100%;text-align: right">切向载荷(N)</span></a-col>
            <a-col span="8">
              <span class="text" style="width: 100%;text-align: center">{{ res.tangential_load_external_2_0 }}</span>
            </a-col>
            <a-col span="8">
              <span class="text" style="width: 100%;text-align: center">{{ res.tangential_load_internal_2_0 }}</span>
            </a-col>
          </a-row>

          <!--          径向载荷(N)-->
          <a-row type="flex" class="bend7">
            <a-col span="8">
              <span class="text" style="width: 100%;text-align: right">径向载荷(N)</span></a-col>
            <a-col span="8">
              <span class="text" style="width: 100%;text-align: center">{{ res.radial_load_external_2_0 }}</span>
            </a-col>
            <a-col span="8">
              <span class="text" style="width: 100%;text-align: center">{{ res.radial_load_internal_2_0 }}</span>
            </a-col>
          </a-row>

          <!--          轴向载荷(N)-->
          <a-row type="flex" class="bend7">
            <a-col span="8">
              <span class="text" style="width: 100%;text-align: right">轴向载荷(N)</span></a-col>
            <a-col span="8">
              <span class="text" style="width: 100%;text-align: center">{{ res.axial_load_external_2_0 }}</span>
            </a-col>
            <a-col span="8">
              <span class="text" style="width: 100%;text-align: center">{{ res.axial_load_internal_2_0 }}</span>
            </a-col>
          </a-row>
        </div>
      </div>
      <div class="box" style="width: 30%;height: 75%">
        <div class="bend_head">第3级相关参数</div>
        <div style="width: 100%;height: 92%;">
          <a-row class="bend7">
            <a-col span="9">
            </a-col>
            <a-col span="7" style="text-align: center;line-height: 100%">外啮合</a-col>
            <a-col span="8" style="text-align: center;line-height: 100%">内啮合</a-col>
          </a-row>
          <a-row type="flex" class="bend7">
            <a-col span="8">
            </a-col>
            <a-col span="4">
              <span class="text" style="width: 100%;text-align: center">太阳轮</span></a-col>
            <a-col span="4">
              <span class="text" style="width: 100%;text-align: center">行星轮</span>
            </a-col>
            <a-col span="4">
              <span class="text" style="width: 100%;text-align: center">行星轮</span></a-col>
            <a-col span="4">
              <span class="text" style="width: 100%;text-align: center">齿圈轮</span>
            </a-col>
          </a-row>
          <!--       计算接触应力   -->
          <a-row type="flex" class="bend7">
            <a-col span="8">
              <span class="text" style="width: 100%;text-align: right">计算接触应力(MPa)</span></a-col>
            <a-col span="4">
              <span class="text" style="width: 100%;text-align: center">{{ res.sigma_H_fatigue_design_s_3_x1}}</span>
            </a-col>
            <a-col span="4">
              <span class="text" style="width: 100%;text-align: center">{{ res.sigma_H_fatigue_design_p_external_3_x1 }}</span>
            </a-col>
            <a-col span="4">
              <span class="text" style="width: 100%;text-align: center">{{ res.sigma_H_fatigue_design_p_internal_3_x1}}</span>
            </a-col>
            <a-col span="4">
              <span class="text" style="width: 100%;text-align: center">{{ res.sigma_H_fatigue_design_r_3_x1 }}</span>
            </a-col>
          </a-row>

          <!--          许用接触应力-->
          <a-row type="flex" class="bend7">
            <a-col span="8">
              <span class="text" style="width: 100%;text-align: right">许用接触应力(MPa)</span></a-col>
            <a-col span="4">
              <span class="text" style="width: 100%;text-align: center">{{ res.sigma_HG_s_3_x1 }}</span>
            </a-col>
            <a-col span="4">
              <span class="text" style="width: 100%;text-align: center">{{ res.sigma_HG_p_external_3_x1 }}</span>
            </a-col>
            <a-col span="4">
              <span class="text" style="width: 100%;text-align: center">{{ res.sigma_HG_p_internal_3_x1 }}</span>
            </a-col>
            <a-col span="4">
              <span class="text" style="width: 100%;text-align: center">{{ res.sigma_HG_r_3_x1 }}</span>
            </a-col>
          </a-row>
          <!--          计算弯曲应力-->
          <a-row type="flex" class="bend7">
            <a-col span="8">
              <span class="text" style="width: 100%;text-align: right">计算弯曲应力(MPa)</span></a-col>
            <a-col span="4">
              <span class="text" style="width: 100%;text-align: center">{{ res.sigma_F_fatigue_design_s_3_x1 }}</span>
            </a-col>
            <a-col span="4">
              <span class="text" style="width: 100%;text-align: center">{{ res.sigma_F_fatigue_design_p_external_3_x1 }}</span>
            </a-col>
            <a-col span="4">
              <span class="text" style="width: 100%;text-align: center">{{ res.sigma_F_fatigue_design_p_internal_3_x1 }}</span>
            </a-col>
            <a-col span="4">
              <span class="text" style="width: 100%;text-align: center">{{ res.sigma_F_fatigue_design_r_3_x1 }}</span>
            </a-col>
          </a-row>
          <!--          许用弯曲应力-->
          <a-row type="flex" class="bend7">
            <a-col span="8">
              <span class="text" style="width: 100%;text-align: right">许用弯曲应力(MPa)</span></a-col>
            <a-col span="4">
              <span class="text" style="width: 100%;text-align: center">{{ res.sigma_FG_s_3_x1 }}</span>
            </a-col>
            <a-col span="4">
              <span class="text" style="width: 100%;text-align: center">{{ res.sigma_FG_p_external_3 }}</span>
            </a-col>
            <a-col span="4">
              <span class="text" style="width: 100%;text-align: center">{{ res.sigma_FG_p_internal_3 }}</span>
            </a-col>
            <a-col span="4">
              <span class="text" style="width: 100%;text-align: center">{{ res.sigma_FG_r_3_x1 }}</span>
            </a-col>
          </a-row>
          <!--节圆直径(mm)-->
          <a-row type="flex" class="bend7">
            <a-col span="8">
              <span class="text" style="width: 100%;text-align: right">节圆直径(mm)</span></a-col>
            <a-col span="4">
              <span class="text" style="width: 100%;text-align: center">{{ res.tran_pitch_s_3_x1 }}</span>
            </a-col>
            <a-col span="4">
              <span class="text" style="width: 100%;text-align: center">{{ res.tran_pitch_p_external_3_x1 }}</span>
            </a-col>
            <a-col span="4">
              <span class="text" style="width: 100%;text-align: center">{{ res.tran_pitch_p_internal_3_x1 }}</span>
            </a-col>
            <a-col span="4">
              <span class="text" style="width: 100%;text-align: center">{{ res.tran_pitch_r_3_x1 }}</span>
            </a-col>
          </a-row>
          <!--基圆直径(mm)-->
          <a-row type="flex" class="bend7">
            <a-col span="8">
              <span class="text" style="width: 100%;text-align: right">基圆直径(mm)</span></a-col>
            <a-col span="4">
              <span class="text" style="width: 100%;text-align: center">{{ res.tran_base_dia_s_3_x1 }}</span>
            </a-col>
            <a-col span="4">
              <span class="text" style="width: 100%;text-align: center">{{ res.tran_base_dia_p_external_3_x1 }}</span>
            </a-col>
            <a-col span="4">
              <span class="text" style="width: 100%;text-align: center">{{ res.tran_base_dia_p_internal_3_x1 }}</span>
            </a-col>
            <a-col span="4">
              <span class="text" style="width: 100%;text-align: center">{{ res.tran_base_dia_r_3_x1 }}</span>
            </a-col>
          </a-row>
          <!-- 啮合角(°)-->
          <a-row type="flex" class="bend7">
            <a-col span="8">
              <span class="text" style="width: 100%;text-align: right"> 啮合角(°)</span></a-col>
            <a-col span="8">
              <span class="text" style="width: 100%;text-align: center">{{ res.mesh_angle_external_3_x1 }}</span>
            </a-col>
            <a-col span="8">
              <span class="text" style="width: 100%;text-align: center">{{ res.mesh_angle_internal_3_x1 }}</span>
            </a-col>
          </a-row>

          <!-- 基圆螺旋角(°)-->
          <a-row type="flex" class="bend7">
            <a-col span="8">
              <span class="text" style="width: 100%;text-align: right"> 基圆螺旋角(°)</span></a-col>
            <a-col span="8">
              <span class="text" style="width: 100%;text-align: center">{{ res.base_helix_angle_external_3_x1 }}</span>
            </a-col>
            <a-col span="8">
              <span class="text" style="width: 100%;text-align: center">{{ res.base_helix_angle_internal_3_x1 }}</span>
            </a-col>
          </a-row>

          <!--          相对转速(rpm)-->
          <a-row type="flex" class="bend7">
            <a-col span="8">
              <span class="text" style="width: 100%;text-align: right">相对转速(rpm)</span></a-col>
            <a-col span="5">
              <span class="text" style="width: 100%;text-align: center">{{ res.n_s_3_rel }}</span>
            </a-col>
            <a-col span="6">
              <span class="text" style="width: 100%;text-align: center">{{ res.n_p_3_rel }}</span>
            </a-col>
            <a-col span="5">
              <span class="text" style="width: 100%;text-align: center">{{ res.n_r_3_rel }}</span>
            </a-col>
          </a-row>

          <!--          绝对转速(rpm)-->
          <a-row type="flex" class="bend7">
            <a-col span="8">
              <span class="text" style="width: 100%;text-align: right">绝对转速(rpm)</span></a-col>
            <a-col span="5">
              <span class="text" style="width: 100%;text-align: center">{{ res.n_s_3_abs }}</span>
            </a-col>
            <a-col span="6">
              <span class="text" style="width: 100%;text-align: center">{{ res.n_p_3_abs }}</span>
            </a-col>
            <a-col span="5">
              <span class="text" style="width: 100%;text-align: center">{{ res.n_r_3_abs }}</span>
            </a-col>
          </a-row>
          <!--          行星架转速(rpm)-->
          <a-row type="flex" class="bend7">
            <a-col span="8">
              <span class="text" style="width: 100%;text-align: right">行星架转速(rpm)</span></a-col>
            <a-col span="16">
              <span class="text" style="width: 100%;text-align: center">{{ res.n_carrier_3_abs }}</span>
            </a-col>
          </a-row>

          <!--          切向载荷(N)-->
          <a-row type="flex" class="bend7">
            <a-col span="8">
              <span class="text" style="width: 100%;text-align: right">切向载荷(N)</span></a-col>
            <a-col span="8">
              <span class="text" style="width: 100%;text-align: center">{{ res.tangential_load_external_3_0 }}</span>
            </a-col>
            <a-col span="8">
              <span class="text" style="width: 100%;text-align: center">{{ res.tangential_load_internal_3_0 }}</span>
            </a-col>
          </a-row>

          <!--          径向载荷(N)-->
          <a-row type="flex" class="bend7">
            <a-col span="8">
              <span class="text" style="width: 100%;text-align: right">径向载荷(N)</span></a-col>
            <a-col span="8">
              <span class="text" style="width: 100%;text-align: center">{{ res.radial_load_external_3_0 }}</span>
            </a-col>
            <a-col span="8">
              <span class="text" style="width: 100%;text-align: center">{{ res.radial_load_internal_3_0 }}</span>
            </a-col>
          </a-row>

          <!--          轴向载荷(N)-->
          <a-row type="flex" class="bend7">
            <a-col span="8">
              <span class="text" style="width: 100%;text-align: right">轴向载荷(N)</span></a-col>
            <a-col span="8">
              <span class="text" style="width: 100%;text-align: center">{{ res.axial_load_external_3_0 }}</span>
            </a-col>
            <a-col span="8">
              <span class="text" style="width: 100%;text-align: center">{{ res.axial_load_internal_3_0 }}</span>
            </a-col>
          </a-row>
        </div>
      </div>
    </div>
    <button class="but" :class="{ select_active: this.CisSelectActive }"  style="float:right;position: absolute;right: 0;top:0;width: 10%;height: 5%;margin-right: 1%;;overflow: auto"  @click="about">相关参数</button>
  </div>
</template>

<script>
import {filetext, firedelete, three_planet_design_check_last_sn_20140930} from "@/api/file";

export default {
  name: "three_planet_design_check_last_sn",
  created () {
    document.title = '三级NGW型行星轮系齿轮传动宏观参数设计及优化' //模块中文名
    this.$store.state.file.key = 78 //设置key为自己的页面编号
  },
  data() {
    return {
      //弹窗标题
      title: "",
      //这个地方直接把参数换成this.$store.state.file.dataList[]
table: [[1,2],[0,1]],//按钮激活
      AisSelectActive: true,
      BisSelectActive: false,
      CisSelectActive: false,
      Acanshow: true,
      Bcanshow: false,
      Ccanshow: false,

      //弹窗激活
      dialogVisible: false,

      ischeck1: 0,
      ischeck2: 0,
      ischeck3: 0,

      input1: false,
      input2: false,
      input3: false,

      //输入框不可编辑
      dis1: true,
      dis2: true,
      dis3: true,

      //是否可以点击相关
      isAbout: false,
      dialogAbout: false,


      //载荷谱是否显示
      isTable:false,
      url3: "",
      url: require("/src/assets/image/image_78_2.png"),
      input: this.$store.state.file.dataList[78],
      output: [
        'Static Text',
        'Static Text',
        'Static Text',
        'Static Text',
        'Static Text',
        'Static Text',
        'Static Text',
        'Static Text',
        'Static Text',
        'Static Text',
        'Static Text',
        'Static Text',
        'Static Text',
        'Static Text',
        'Static Text',
        'Static Text',
        'Static Text',
        'Static Text',
        'Static Text',
        'Static Text',
        'Static Text',
        'Static Text',
        'Static Text',
        'Static Text',
        'Static Text',
        'Static Text',
        'Static Text',
        'Static Text',
        'Static Text',
        'Static Text',
        'Static Text',
        'Static Text',
        'Static Text',
        'Static Text',
        'Static Text',
        'Static Text',
        'Static Text',
        'Static Text',
        'Static Text',
        'Static Text',
        'Static Text',
        'Static Text',
        'Static Text',
        'Static Text',
        'Static Text',
        'Static Text',
        'Static Text',
        'Static Text',
        'Static Text',
        'Static Text',
        'Static Text',
        'Static Text',
        'Static Text',
        'Static Text',
        'Static Text',
        'Static Text',
        'Static Text',
        'Static Text',
        'Static Text',
        'Static Text',
        'Static Text',
        'Static Text',
        'Static Text',
        'Static Text',
        'Static Text',
        'Static Text',
        'Static Text',
        'Static Text',
        'Static Text',
        'Static Text',
        'Static Text',
        'Static Text',
        'Static Text',
        'Static Text',
        'Static Text',
        'Static Text',
        'Static Text',
        'Static Text',
        'Static Text',
        'Static Text',
        'Static Text',
        'Static Text',
        'Static Text',
        'Static Text',
        'Static Text',
        'Static Text',
        'Static Text',
        'Static Text',
        'Static Text',
        'Static Text',
        'Static Text',
        'Static Text',
        'Static Text',
        'Static Text',
        'Static Text',
        'Static Text',
        'Static Text',
        'Static Text',
        'Static Text',
        'Static Text',
        'Static Text',
        'Static Text',
        'Static Text',
        'Static Text',
        'Static Text',
        'Static Text',
        'Static Text',
        'Static Text',
        'Static Text',
        'Static Text',
        'Static Text',
        'Static Text',
        'Static Text',
        'Static Text',
        'Static Text',
        'Static Text',
        'Static Text',
        'Static Text',
        'Static Text',
        'Static Text',
        'Static Text',
        'Static Text',
        'Static Text',
        'Static Text',
        'Static Text',
        'Static Text',
        'Static Text',
        'Static Text',
        'Static Text',
        'Static Text',
        'Static Text',
        'Static Text',
        'Static Text',
        'Static Text',
        'Static Text',
        'Static Text',
        'Static Text',
        'Static Text',
        'Static Text',
        'Static Text',
        'Static Text',
        'Static Text',
        'Static Text',
        'Static Text',
        'Static Text',
        'Static Text',
        'Static Text',
        'Static Text',
        'Static Text',
        'Static Text',
        'Static Text',
        'Static Text',
        'Static Text',
        'Static Text',
        'Static Text',
        'Static Text',
        'Static Text',
        'Static Text',
        'Static Text',
        'Static Text',
        'Static Text',
        'Static Text',
        'Static Text',
        'Static Text',
        'Static Text',
        'Static Text',
        'Static Text',
        'Static Text',
        'Static Text',
        'Static Text',
        'Static Text',
        'Static Text',
        'Static Text',
        'Static Text',
        'Static Text',
        'Static Text',
        'Static Text',
        'Static Text',
        'Static Text',
        'Static Text',
        'Static Text',
        'Static Text',
        'Static Text',
        'Static Text',
        'Static Text',
        'Static Text',
        'Static Text',
        'Static Text',
        'Static Text',
        'Static Text',
        'Static Text',
        'Static Text',
        'Static Text',
        'Static Text',
        'Static Text',
        'Static Text',
        'Static Text',
        'Static Text',
        'Static Text',
        'Static Text',
      ],
      res: {
        Z_contact_ratio_external_1: 'Static Text',//null
        Z_helix_angle_external_1: 'Static Text',//null
        Z_E_external_1: 'Static Text',//null
        Z_H_external_1: 'Static Text',//null
        Z_contact_ratio_internal_1: 'Static Text',//null
        Z_helix_angle_internal_1: 'Static Text',//null
        Z_E_internal_1: 'Static Text',//null
        Z_H_internal_1: 'Static Text',//null
        Z_contact_ratio_external_2: 'Static Text',//null
        Z_helix_angle_external_2: 'Static Text',//null
        Z_E_external_2: 'Static Text',//null
        Z_H_external_2: 'Static Text',//null
        Z_contact_ratio_internal_2: 'Static Text',//null
        Z_helix_angle_internal_2: 'Static Text',//null
        Z_E_internal_2: 'Static Text',//null
        Z_H_internal_2: 'Static Text',//null
        sigma_HG_s_1: 'Static Text',//null
        sigma_HG_p_external_1: 'Static Text',//null
        sigma_HG_p_internal_1: 'Static Text',//null
        sigma_HG_r_1: 'Static Text',//null
        sigma_HG_s_2: 'Static Text',//null
        sigma_HG_p_external_2: 'Static Text',//null
        sigma_HG_p_internal_2: 'Static Text',//null
        sigma_HG_r_2: 'Static Text',//null
        sigma_H_fatigue_design_s_1: 'Static Text',//null
        sigma_H_fatigue_design_p_external_1: 'Static Text',//null
        sigma_H_fatigue_design_p_internal_1: 'Static Text',//null
        sigma_H_fatigue_design_r_1: 'Static Text',//null
        sigma_H_fatigue_design_s_2: 'Static Text',//null
        sigma_H_fatigue_design_p_external_2: 'Static Text',//null
        sigma_H_fatigue_design_p_internal_2: 'Static Text',//null
        sigma_H_fatigue_design_r_2: 'Static Text',//null
        effect_width_internal_1: 'Static Text',//null
        effect_width_internal_2: 'Static Text',//null
        thickness_reduction_last_s_1: 'Static Text',//第1级太阳轮弯曲强度计算齿厚值 (um)
        thickness_reduction_last_p_external_1: 'Static Text',//null
        thickness_reduction_last_p_internal_1: 'Static Text',//null
        thickness_reduction_last_r_1: 'Static Text',//第1级齿圈弯曲强度计算齿厚值 (um)
        thickness_reduction_last_s_2: 'Static Text',//第2级太阳轮弯曲强度计算齿厚值 (um)
        thickness_reduction_last_p_external_2: 'Static Text',//null
        thickness_reduction_last_p_internal_2: 'Static Text',//null
        thickness_reduction_last_r_2: 'Static Text',//第2级齿圈弯曲强度计算齿厚值 (um)
        max_dia_bearing_outer_1: 'Static Text',//第1级轴承最大外径 (mm)
        max_dia_bearing_outer_2: 'Static Text',//第2级轴承最大外径 (mm)
        ratio_different_total: 'Static Text',//总的传动比差值比
        z_r_change_1: 'Static Text',//第1级齿圈齿数调整
        z_p_1: 'Static Text',//第1级行星轮设计齿数
        z_r_change_2: 'Static Text',//第2级齿圈齿数调整
        z_p_2: 'Static Text',//第2级行星轮设计齿数
        ratio_width_diameter_s_1: 'Static Text',//第1级太阳轮设计宽径比
        ratio_width_diameter_p_1: 'Static Text',//第1级行星轮设计宽径比
        ratio_width_diameter_r_1: 'Static Text',//第1级齿圈设计宽径比
        tran_refer_dia_s_1: 'Static Text',//第1级太阳轮参考分度圆直径 (mm)
        tran_refer_dia_p_1: 'Static Text',//第1级行星轮参考分度圆直径 (mm)
        tran_refer_dia_r_1: 'Static Text',//第1级齿圈参考分度圆直径 (mm)
        ratio_design_1: 'Static Text',//第1级设计齿数比
        normal_modi_factor_p_1: 'Static Text',//第1级行星轮设计法向变位系数
        normal_modi_factor_r_1: 'Static Text',//第1级齿圈设计法向变位系数
        clearance_planet_factor_1: 'Static Text',//第1级行星轮间隙系数
        work_center_1_1: 'Static Text',//第1级设计中心距 (mm)
        max_dia_ring_design_1: 'Static Text',//第1级设计齿圈最大外径 (mm)
        sigma_FG_s_1: 'Static Text',//null
        sigma_FG_p_external_1: 'Static Text',//null
        sigma_FG_p_internal_1: 'Static Text',//null
        sigma_FG_r_1: 'Static Text',//null
        Y_helix_s_1: 'Static Text',//null
        Y_f_s_1: 'Static Text',//null
        Y_s_s_1: 'Static Text',//null
        Y_helix_p_external_1: 'Static Text',//null
        Y_f_p_external_1: 'Static Text',//null
        Y_s_p_external_1: 'Static Text',//null
        Y_radius_sensitivity_s_1: 'Static Text',//null
        Y_roughness_s_1: 'Static Text',//null
        Y_x_s_1: 'Static Text',//null
        Y_radius_sensitivity_p_external_1: 'Static Text',//null
        Y_roughness_p_external_1: 'Static Text',//null
        Y_x_p_external_1: 'Static Text',//null
        Y_radius_sensitivity_static_p_external_1: 'Static Text',//null
        Ynt_s_1: 'Static Text',//null
        Ynt_p_external_1: 'Static Text',//null
        bending_stress_modi_s_1: 'Static Text',//null
        Y_helix_p_internal_1: 'Static Text',//null
        Y_f_p_internal_1: 'Static Text',//null
        Y_s_p_internal_1: 'Static Text',//null
        Y_helix_r_1: 'Static Text',//null
        Y_f_r_1: 'Static Text',//null
        Y_s_r_1: 'Static Text',//null
        Y_radius_sensitivity_p_internal_1: 'Static Text',//null
        Y_roughness_p_internal_1: 'Static Text',//null
        Y_x_p_internal_1: 'Static Text',//null
        Y_radius_sensitivity_r_1: 'Static Text',//null
        Y_roughness_r_1: 'Static Text',//null
        Y_x_r_1: 'Static Text',//null
        Ynt_p_internal_1: 'Static Text',//null
        Ynt_r_1: 'Static Text',//null
        bending_stress_modi_r_1: 'Static Text',//null
        torque_contact_design_fatigue_s_1: 'Static Text',//null
        number_contact_design_fatigue_s_1: 'Static Text',//null
        torque_contact_design_fatigue_p_external_1: 'Static Text',//null
        number_contact_design_fatigue_p_external_1: 'Static Text',//null
        number_bending_design_fatigue_s_1: 'Static Text',//null
        number_bending_design_fatigue_p_external_1: 'Static Text',//null
        torque_bending_design_fatigue_s_1: 'Static Text',//null
        torque_bending_design_fatigue_p_external_1: 'Static Text',//null
        torque_contact_design_fatigue_p_internal_1: 'Static Text',//null
        number_contact_design_fatigue_p_internal_1: 'Static Text',//null
        torque_contact_design_fatigue_r_1: 'Static Text',//null
        number_contact_design_fatigue_r_1: 'Static Text',//null
        number_bending_design_fatigue_p_internal_1: 'Static Text',//null
        number_bending_design_fatigue_r_1: 'Static Text',//null
        torque_bending_design_fatigue_p_internal_1: 'Static Text',//null
        torque_bending_design_fatigue_r_1: 'Static Text',//null
        normal_width_tip_factor_p_1: 'Static Text',//null
        tran_de_dia_p_1: 'Static Text',//第1级行星轮端面齿根圆直径 (mm)
        ratio_different_1: 'Static Text',//第1级齿数比差值百分比
        center_refer_strength_1: 'Static Text',//第1级参考中心距 (mm)
        max_dia_refer_strength_1: 'Static Text',//参考齿圈最大外径 (mm)
        normal_module_refer_1: 'Static Text',//第1级参考法向模数 (mm)
        z_s_refer_1: 'Static Text',//第1级太阳轮参考齿数
        z_p_refer_1: 'Static Text',//第1级行星轮参考齿数
        z_r_refer_1: 'Static Text',//第1级齿圈参考齿数
        tran_practice_ad_dia_s_1: 'Static Text',//第1级太阳轮端面齿顶圆直径 (mm)
        tran_practice_ad_dia_p_1: 'Static Text',//第1级行星轮端面齿顶圆直径 (mm)
        standard_center_external_1: 'Static Text',//第1级外啮合标准中心距 (mm)
        v_pitch_external_1: 'Static Text',//第1级外啮合节圆线速度 (m/s)
        abundant_H_fatigue_s_external_1: 'Static Text',//第1级太阳轮接触疲劳强度裕度
        abundant_H_fatigue_p_external_1: 'Static Text',//第1级外啮合行星轮接触疲劳强度裕度
        abundant_H_static_s_external_1: 'Static Text',//第1级太阳轮接触静强度裕度
        abundant_H_static_p_external_1: 'Static Text',//第1级外啮合行星轮接触静强度裕度
        tran_de_dia_s_1: 'Static Text',//第1级太阳轮端面齿根圆直径 (mm)
        abundant_F_fatigue_s_external_1: 'Static Text',//第1级太阳轮弯曲疲劳强度裕度
        abundant_F_fatigue_p_external_1: 'Static Text',//第1级外啮合行星轮弯曲疲劳强度裕度
        abundant_F_static_s_external_1: 'Static Text',//第1级太阳轮弯曲静强度裕度
        abundant_F_static_p_external_1: 'Static Text',//第1级外啮合行星轮弯曲静强度裕度
        normal_width_tip_factor_s_1: 'Static Text',//null
        slip_s_external_1: 'Static Text',//第1级太阳轮滑动率
        slip_p_external_1: 'Static Text',//第1级外啮合行星轮滑动率
        total_contact_ratio_external_1: 'Static Text',//第1级外啮合总重合度
        tran_contact_ratio_external_1: 'Static Text',//第1级外啮合端面重合度
        axial_contact_ratio_external_1: 'Static Text',//第1级外啮合轴向重合度
        standard_center_internal_1: 'Static Text',//第2级内啮合标准中心距 (mm)
        v_pitch_internal_1: 'Static Text',//第1级内啮合节圆线速度 (m/s)
        tran_practice_ad_dia_r_1: 'Static Text',//第1级齿圈端面齿顶圆直径 (mm)
        abundant_H_fatigue_p_internal_1: 'Static Text',//第1级内啮合行星轮接触疲劳强度裕度
        abundant_H_fatigue_r_internal_1: 'Static Text',//第1级齿圈接触疲劳强度裕度
        abundant_H_static_p_internal_1: 'Static Text',//第1级内啮合行星轮接触静强度裕度
        abundant_H_static_r_internal_1: 'Static Text',//第1级齿圈接触静强度裕度
        abundant_F_fatigue_p_internal_1: 'Static Text',//第1级内啮合行星轮弯曲疲劳强度裕度
        abundant_F_fatigue_r_internal_1: 'Static Text',//null
        abundant_F_static_p_internal_1: 'Static Text',//null
        abundant_F_static_r_internal_1: 'Static Text',//第1级齿圈弯曲静强度裕度
        tran_de_dia_r_1: 'Static Text',//第1级齿圈端面齿根圆直径 (mm)
        normal_width_tip_factor_r_1: 'Static Text',//null
        slip_p_internal_1: 'Static Text',//第1级内啮合行星轮滑动率
        slip_r_internal_1: 'Static Text',//第1级齿圈滑动率
        total_contact_ratio_internal_1: 'Static Text',//第1级内啮合总重合度
        tran_contact_ratio_internal_1: 'Static Text',//第1级内啮合端面重合度
        axial_contact_ratio_internal_1: 'Static Text',//第1级内啮合轴向重合度
        ratio_width_diameter_s_2: 'Static Text',//第2级太阳轮设计宽径比
        ratio_width_diameter_p_2: 'Static Text',//第2级行星轮设计宽径比
        ratio_width_diameter_r_2: 'Static Text',//第2级齿圈设计宽径比
        tran_refer_dia_s_2: 'Static Text',//第2级太阳轮参考分度圆直径 (mm)
        tran_refer_dia_p_2: 'Static Text',//第2级行星轮参考分度圆直径 (mm)
        tran_refer_dia_r_2: 'Static Text',//第2级齿圈参考分度圆直径 (mm)
        ratio_design_2: 'Static Text',//第2级设计齿数比
        normal_modi_factor_p_2: 'Static Text',//第2级行星轮设计法向变位系数
        normal_modi_factor_r_2: 'Static Text',//第2级齿圈设计法向变位系数
        clearance_planet_factor_2: 'Static Text',//第2级行星轮间隙系数
        work_center_1_2: 'Static Text',//第2级设计中心距 (mm)
        max_dia_ring_design_2: 'Static Text',//第2级设计齿圈最大外径 (mm)
        sigma_FG_s_2: 'Static Text',//null
        sigma_FG_p_external_2: 'Static Text',//null
        sigma_FG_p_internal_2: 'Static Text',//null
        sigma_FG_r_2: 'Static Text',//null
        Y_helix_s_2: 'Static Text',//null
        Y_f_s_2: 'Static Text',//null
        Y_s_s_2: 'Static Text',//null
        Y_helix_p_external_2: 'Static Text',//null
        Y_f_p_external_2: 'Static Text',//null
        Y_s_p_external_2: 'Static Text',//null
        Y_radius_sensitivity_s_2: 'Static Text',//null
        Y_roughness_s_2: 'Static Text',//null
        Y_x_s_2: 'Static Text',//null
        Y_radius_sensitivity_p_external_2: 'Static Text',//null
        Y_roughness_p_external_2: 'Static Text',//null
        Y_x_p_external_2: 'Static Text',//null
        Y_radius_sensitivity_static_p_external_2: 'Static Text',//null
        Ynt_s_2: 'Static Text',//null
        Ynt_p_external_2: 'Static Text',//null
        bending_stress_modi_s_2: 'Static Text',//null
        Y_helix_p_internal_2: 'Static Text',//null
        Y_f_p_internal_2: 'Static Text',//null
        Y_s_p_internal_2: 'Static Text',//null
        Y_helix_r_2: 'Static Text',//null
        Y_f_r_2: 'Static Text',//null
        Y_s_r_2: 'Static Text',//null
        Y_radius_sensitivity_p_internal_2: 'Static Text',//null
        Y_roughness_p_internal_2: 'Static Text',//null
        Y_x_p_internal_2: 'Static Text',//null
        Y_radius_sensitivity_r_2: 'Static Text',//null
        Y_roughness_r_2: 'Static Text',//null
        Y_x_r_2: 'Static Text',//null
        Ynt_p_internal_2: 'Static Text',//null
        Ynt_r_2: 'Static Text',//null
        bending_stress_modi_r_2: 'Static Text',//null
        torque_contact_design_fatigue_s_2: 'Static Text',//null
        number_contact_design_fatigue_s_2: 'Static Text',//null
        torque_contact_design_fatigue_p_external_2: 'Static Text',//null
        number_contact_design_fatigue_p_external_2: 'Static Text',//null
        number_bending_design_fatigue_s_2: 'Static Text',//null
        number_bending_design_fatigue_p_external_2: 'Static Text',//null
        torque_bending_design_fatigue_s_2: 'Static Text',//null
        torque_bending_design_fatigue_p_external_2: 'Static Text',//null
        torque_contact_design_fatigue_p_internal_2: 'Static Text',//null
        number_contact_design_fatigue_p_internal_2: 'Static Text',//null
        torque_contact_design_fatigue_r_2: 'Static Text',//null
        number_contact_design_fatigue_r_2: 'Static Text',//null
        number_bending_design_fatigue_p_internal_2: 'Static Text',//null
        number_bending_design_fatigue_r_2: 'Static Text',//null
        torque_bending_design_fatigue_p_internal_2: 'Static Text',//null
        torque_bending_design_fatigue_r_2: 'Static Text',//null
        normal_width_tip_factor_p_2: 'Static Text',//null
        tran_de_dia_p_2: 'Static Text',//第2级行星轮端面齿根圆直径 (mm)
        ratio_different_2: 'Static Text',//第2级齿数比差值百分比
        center_refer_strength_2: 'Static Text',//第2级参考中心距 (mm)
        max_dia_refer_strength_2: 'Static Text',//参考齿圈最大外径 (mm)
        normal_module_refer_2: 'Static Text',//参考法向模数 (mm)
        z_s_refer_2: 'Static Text',//第2级太阳轮参考齿数
        z_p_refer_2: 'Static Text',//第2级行星轮参考齿数
        z_r_refer_2: 'Static Text',//第2级齿圈参考齿数
        tran_practice_ad_dia_s_2: 'Static Text',//第2级太阳轮端面齿顶圆直径 (mm)
        tran_practice_ad_dia_p_2: 'Static Text',//第2级行星轮端面齿顶圆直径 (mm)
        standard_center_external_2: 'Static Text',//第2级外啮合标准中心距 (mm)
        v_pitch_external_2: 'Static Text',//第2级外啮合节圆线速度 (m/s)
        abundant_H_fatigue_s_external_2: 'Static Text',//第2级太阳轮接触疲劳强度裕度
        abundant_H_fatigue_p_external_2: 'Static Text',//第2级外啮合行星轮接触疲劳强度裕度
        abundant_H_static_s_external_2: 'Static Text',//第2级太阳轮接触静强度裕度
        abundant_H_static_p_external_2: 'Static Text',//第2级外啮合行星轮接触静强度裕度
        tran_de_dia_s_2: 'Static Text',//第2级太阳轮端面齿根圆直径 (mm)
        abundant_F_fatigue_s_external_2: 'Static Text',//第2级太阳轮弯曲疲劳强度裕度
        abundant_F_fatigue_p_external_2: 'Static Text',//第2级外啮合行星轮弯曲疲劳强度裕度
        abundant_F_static_s_external_2: 'Static Text',//第2级太阳轮弯曲静强度裕度
        abundant_F_static_p_external_2: 'Static Text',//第2级外啮合行星轮弯曲静强度裕度
        normal_width_tip_factor_s_2: 'Static Text',//null
        slip_s_external_2: 'Static Text',//第2级太阳轮滑动率
        slip_p_external_2: 'Static Text',//第2级外啮合行星轮滑动率
        total_contact_ratio_external_2: 'Static Text',//第2级外啮合总重合度
        tran_contact_ratio_external_2: 'Static Text',//第2级外啮合端面重合度
        axial_contact_ratio_external_2: 'Static Text',//第2级外啮合轴向重合度
        standard_center_internal_2: 'Static Text',//第2级内啮合标准中心距 (mm)
        v_pitch_internal_2: 'Static Text',//第2级内啮合节圆线速度 (m/s)
        tran_practice_ad_dia_r_2: 'Static Text',//第2级齿圈端面齿顶圆直径 (mm)
        abundant_H_fatigue_p_internal_2: 'Static Text',//第2级内啮合行星轮接触疲劳强度裕度
        abundant_H_fatigue_r_internal_2: 'Static Text',//第2级齿圈接触疲劳强度裕度
        abundant_H_static_p_internal_2: 'Static Text',//第2级内啮合行星轮接触静强度裕度
        abundant_H_static_r_internal_2: 'Static Text',//第2级齿圈接触静强度裕度
        abundant_F_fatigue_p_internal_2: 'Static Text',//第2级内啮合行星轮弯曲疲劳强度裕度
        abundant_F_fatigue_r_internal_2: 'Static Text',//第2级齿圈弯曲疲劳强度裕度
        abundant_F_static_p_internal_2: 'Static Text',//null
        abundant_F_static_r_internal_2: 'Static Text',//第2级齿圈弯曲静强度裕度
        tran_de_dia_r_2: 'Static Text',//第2级齿圈端面齿根圆直径 (mm)
        normal_width_tip_factor_r_2: 'Static Text',//null
        slip_p_internal_2: 'Static Text',//第2级内啮合行星轮滑动率
        slip_r_internal_2: 'Static Text',//第2级齿圈滑动率
        total_contact_ratio_internal_2: 'Static Text',//第2级内啮合总重合度
        tran_contact_ratio_internal_2: 'Static Text',//第2级内啮合端面重合度
        axial_contact_ratio_internal_2: 'Static Text',//第2级内啮合轴向重合度
        z_r_change_3: 'Static Text',//第3级齿圈齿数调整
        z_p_3: 'Static Text',//第3级行星轮设计齿数
        z_r_3: 'Static Text',//第3级齿圈设计齿数
        Z_contact_ratio_external_3: 'Static Text',//null
        Z_helix_angle_external_3: 'Static Text',//null
        Z_E_external_3: 'Static Text',//null
        Z_H_external_3: 'Static Text',//null
        Z_contact_ratio_internal_3: 'Static Text',//null
        Z_helix_angle_internal_3: 'Static Text',//null
        Z_E_internal_3: 'Static Text',//null
        Z_H_internal_3: 'Static Text',//null
        sigma_HG_s_3: 'Static Text',//null
        sigma_HG_p_external_3: 'Static Text',//null
        sigma_HG_p_internal_3: 'Static Text',//null
        sigma_HG_r_3: 'Static Text',//null
        sigma_H_fatigue_design_s_3: 'Static Text',//null
        sigma_H_fatigue_design_p_external_3: 'Static Text',//null
        sigma_H_fatigue_design_p_internal_3: 'Static Text',//null
        sigma_H_fatigue_design_r_3: 'Static Text',//null
        effect_width_internal_3: 'Static Text',//null
        thickness_reduction_last_s_3: 'Static Text',//第3级太阳轮弯曲强度计算齿厚值 (um)
        thickness_reduction_last_p_external_3: 'Static Text',//null
        thickness_reduction_last_p_internal_3: 'Static Text',//null
        thickness_reduction_last_r_3: 'Static Text',//第3级齿圈弯曲强度计算齿厚值 (um)
        ratio_width_diameter_s_3: 'Static Text',//第3级太阳轮设计宽径比
        ratio_width_diameter_p_3: 'Static Text',//第3级行星轮设计宽径比
        ratio_width_diameter_r_3: 'Static Text',//第3级齿圈设计宽径比
        tran_refer_dia_s_3: 'Static Text',//第3级太阳轮参考分度圆直径 (mm)
        tran_refer_dia_p_3: 'Static Text',//第3级行星轮参考分度圆直径 (mm)
        tran_refer_dia_r_3: 'Static Text',//第3级齿圈参考分度圆直径 (mm)
        ratio_design_3: 'Static Text',//第3级设计齿数比
        normal_modi_factor_p_3: 'Static Text',//第3级行星轮设计法向变位系数
        normal_modi_factor_r_3: 'Static Text',//第3级齿圈设计法向变位系数
        clearance_planet_factor_3: 'Static Text',//第3级行星轮间隙系数
        work_center_1_3: 'Static Text',//第3级设计中心距 (mm)
        max_dia_ring_design_3: 'Static Text',//第3级设计齿圈最大外径 (mm)
        sigma_FG_s_3: 'Static Text',//null
        sigma_FG_p_external_3: 'Static Text',//null
        sigma_FG_p_internal_3: 'Static Text',//null
        sigma_FG_r_3: 'Static Text',//null
        Y_helix_s_3: 'Static Text',//null
        Y_f_s_3: 'Static Text',//null
        Y_s_s_3: 'Static Text',//null
        Y_helix_p_external_3: 'Static Text',//null
        Y_f_p_external_3: 'Static Text',//null
        Y_s_p_external_3: 'Static Text',//null
        Y_radius_sensitivity_s_3: 'Static Text',//null
        Y_roughness_s_3: 'Static Text',//null
        Y_x_s_3: 'Static Text',//null
        Y_radius_sensitivity_p_external_3: 'Static Text',//null
        Y_roughness_p_external_3: 'Static Text',//null
        Y_x_p_external_3: 'Static Text',//null
        Y_radius_sensitivity_static_p_external_3: 'Static Text',//null
        Ynt_s_3: 'Static Text',//null
        Ynt_p_external_3: 'Static Text',//null
        bending_stress_modi_s_3: 'Static Text',//null
        Y_helix_p_internal_3: 'Static Text',//null
        Y_f_p_internal_3: 'Static Text',//null
        Y_s_p_internal_3: 'Static Text',//null
        Y_helix_r_3: 'Static Text',//null
        Y_f_r_3: 'Static Text',//null
        Y_s_r_3: 'Static Text',//null
        Y_radius_sensitivity_p_internal_3: 'Static Text',//null
        Y_roughness_p_internal_3: 'Static Text',//null
        Y_x_p_internal_3: 'Static Text',//null
        Y_radius_sensitivity_r_3: 'Static Text',//null
        Y_roughness_r_3: 'Static Text',//null
        Y_x_r_3: 'Static Text',//null
        Ynt_p_internal_3: 'Static Text',//null
        Ynt_r_3: 'Static Text',//null
        bending_stress_modi_r_3: 'Static Text',//null
        torque_contact_design_fatigue_s_3: 'Static Text',//null
        number_contact_design_fatigue_s_3: 'Static Text',//null
        torque_contact_design_fatigue_p_external_3: 'Static Text',//null
        number_contact_design_fatigue_p_external_3: 'Static Text',//null
        number_bending_design_fatigue_s_3: 'Static Text',//null
        number_bending_design_fatigue_p_external_3: 'Static Text',//null
        torque_bending_design_fatigue_s_3: 'Static Text',//null
        torque_bending_design_fatigue_p_external_3: 'Static Text',//null
        torque_contact_design_fatigue_p_internal_3: 'Static Text',//null
        number_contact_design_fatigue_p_internal_3: 'Static Text',//null
        torque_contact_design_fatigue_r_3: 'Static Text',//null
        number_contact_design_fatigue_r_3: 'Static Text',//null
        number_bending_design_fatigue_p_internal_3: 'Static Text',//null
        number_bending_design_fatigue_r_3: 'Static Text',//null
        torque_bending_design_fatigue_p_internal_3: 'Static Text',//null
        torque_bending_design_fatigue_r_3: 'Static Text',//null
        normal_width_tip_factor_p_3: 'Static Text',//null
        tran_de_dia_p_3: 'Static Text',//第3级行星轮端面齿根圆直径 (mm)
        ratio_different_3: 'Static Text',//第3级齿数比差值百分比
        center_refer_strength_3: 'Static Text',//第3级参考中心距 (mm)
        max_dia_refer_strength_3: 'Static Text',//null
        normal_module_refer_3: 'Static Text',//null
        z_s_refer_3: 'Static Text',//第3级太阳轮参考齿数
        z_p_refer_3: 'Static Text',//第3级行星轮参考齿数
        z_r_refer_3: 'Static Text',//第3级齿圈参考齿数
        tran_practice_ad_dia_s_3: 'Static Text',//第3级太阳轮端面齿顶圆直径 (mm)
        tran_practice_ad_dia_p_3: 'Static Text',//第3级行星轮端面齿顶圆直径 (mm)
        standard_center_external_3: 'Static Text',//第3级外啮合标准中心距 (mm)
        v_pitch_external_3: 'Static Text',//第3级外啮合节圆线速度 (m/s)
        abundant_H_fatigue_s_external_3: 'Static Text',//第3级太阳轮接触疲劳强度裕度
        abundant_H_fatigue_p_external_3: 'Static Text',//第3级外啮合行星轮接触疲劳强度裕度
        abundant_H_static_s_external_3: 'Static Text',//第3级太阳轮接触静强度裕度
        abundant_H_static_p_external_3: 'Static Text',//第3级外啮合行星轮接触静强度裕度
        tran_de_dia_s_3: 'Static Text',//第3级太阳轮端面齿根圆直径 (mm)
        abundant_F_fatigue_s_external_3: 'Static Text',//第3级太阳轮弯曲疲劳强度裕度
        abundant_F_fatigue_p_external_3: 'Static Text',//第3级外啮合行星轮弯曲疲劳强度裕度
        abundant_F_static_s_external_3: 'Static Text',//第3级太阳轮弯曲静强度裕度
        abundant_F_static_p_external_3: 'Static Text',//第3级外啮合行星轮弯曲静强度裕度
        normal_width_tip_factor_s_3: 'Static Text',//null
        slip_s_external_3: 'Static Text',//第3级太阳轮滑动率
        slip_p_external_3: 'Static Text',//第3级外啮合行星轮滑动率
        total_contact_ratio_external_3: 'Static Text',//第3级外啮合总重合度
        tran_contact_ratio_external_3: 'Static Text',//第3级外啮合端面重合度
        axial_contact_ratio_external_3: 'Static Text',//第3级外啮合轴向重合度
        standard_center_internal_3: 'Static Text',//第3级内啮合标准中心距 (mm)
        v_pitch_internal_3: 'Static Text',//第3级内啮合节圆线速度 (m/s)
        tran_practice_ad_dia_r_3: 'Static Text',//第3级齿圈端面齿顶圆直径 (mm)
        abundant_H_fatigue_p_internal_3: 'Static Text',//第3级内啮合行星轮接触疲劳强度裕度
        abundant_H_fatigue_r_internal_3: 'Static Text',//第3级齿圈接触疲劳强度裕度
        abundant_H_static_p_internal_3: 'Static Text',//第3级内啮合行星轮接触静强度裕度
        abundant_H_static_r_internal_3: 'Static Text',//第3级齿圈接触静强度裕度
        abundant_F_fatigue_p_internal_3: 'Static Text',//第3级内啮合行星轮弯曲疲劳强度裕度
        abundant_F_fatigue_r_internal_3: 'Static Text',//第3级齿圈弯曲疲劳强度裕度
        abundant_F_static_p_internal_3: 'Static Text',//null
        abundant_F_static_r_internal_3: 'Static Text',//第3级齿圈弯曲静强度裕度
        tran_de_dia_r_3: 'Static Text',//第3级齿圈端面齿根圆直径 (mm)
        normal_width_tip_factor_r_3: 'Static Text',//null
        slip_p_internal_3: 'Static Text',//第3级内啮合行星轮滑动率
        slip_r_internal_3: 'Static Text',//第3级齿圈滑动率
        total_contact_ratio_internal_3: 'Static Text',//第3级内啮合总重合度
        tran_contact_ratio_internal_3: 'Static Text',//第3级内啮合端面重合度
        axial_contact_ratio_internal_3: 'Static Text',//第3级内啮合轴向重合度
        max_dia_bearing_outer_3: 'Static Text',//第3级轴承最大外径 (mm)
      },
      form2:{
        uuids:[]
      },
    };
  },
  methods: {
    //同步请求删除载荷谱数组的方法
    async delete(){
      this.form2.uuids=this.form2.uuids.toString();//将载荷谱文件数组转成字符串
      await firedelete(this.form2).then(res => {
        console.log(res);
      })
    },
    customRequest(data){
      console.log(data)
      const formData = new FormData()
      formData.append( 'fileName' , data.file)
      console.log(formData)
      filetext(formData)
          .then(res => {//这里需要用箭头函数，如果不用箭头函数里面的 this 就不是外面那个 this
            console.log(res)
            this.input.uuid=res.data.uuid;
            this.table=res.data.filedata;
            this.form2.uuids.push(res.data.uuid);
          })
          .catch(error => {
            console.log(error)
          });
    },
    twarn(content) {
      alert(content)
    },
    handleClose() {
      this.dialogVisible = false
    },
    open(id, title) {
      this.title = title;
      this.url3 = require("/src/assets/image/image_63_" + id + ".png");
      this.dialogVisible = true
    },
    //选择界面
    select(s) {
      if (s=='a') {
        this.AisSelectActive = true;
        this.Acanshow = true;

        this.Bcanshow = false;
        this.BisSelectActive = false;

        this.Ccanshow = false;
        this.CisSelectActive = false;
      }
      else if(s == 'b')
      {
        this.AisSelectActive = false;
        this.Acanshow = false;

        this.Bcanshow = true;
        this.BisSelectActive = true;

        this.Ccanshow = false;
        this.CisSelectActive = false;
      }
      else if(s =='c'){
        this.AisSelectActive = false;
        this.Acanshow = false;

        this.Bcanshow = false;
        this.BisSelectActive= false;

        this.Ccanshow = true;
        this.CisSelectActive = true;
      }
    },
    //数组替换
    replace() {
      this.res.thickness_reduction_last_s_1=this.output[0]//第1级太阳轮弯曲强度计算齿厚值 (um)
      this.res.thickness_reduction_last_p_1=this.output[1]//第1级行星轮弯曲强度计算齿厚值 (um)
      this.res.thickness_reduction_last_r_1=this.output[2]//第1级齿圈弯曲强度计算齿厚值 (um)
      this.res.thickness_reduction_last_s_2=this.output[3]//第2级太阳轮弯曲强度计算齿厚值 (um)
      this.res.thickness_reduction_last_p_2=this.output[4]//第2级行星轮弯曲强度计算齿厚值 (um)
      this.res.thickness_reduction_last_r_2=this.output[5]//第2级齿圈弯曲强度计算齿厚值 (um)
      this.res.thickness_reduction_last_s_3=this.output[6]//第3级太阳轮弯曲强度计算齿厚值 (um)
      this.res.thickness_reduction_last_p_3=this.output[7]//第3级行星轮弯曲强度计算齿厚值 (um)
      this.res.thickness_reduction_last_r_3=this.output[8]//第3级齿圈弯曲强度计算齿厚值 (um)
      this.res.ratio_width_diameter_s_1=this.output[9]//第1级太阳轮设计宽径比
      this.res.ratio_width_diameter_p_1=this.output[10]//第1级行星轮设计宽径比
      this.res.ratio_width_diameter_r_1=this.output[11]//第1级齿圈设计宽径比
      this.res.tran_refer_dia_s_1=this.output[12]//第1级太阳轮参考分度圆直径 (mm)
      this.res.tran_refer_dia_p_1=this.output[13]//第1级行星轮参考分度圆直径 (mm)
      this.res.tran_refer_dia_r_1=this.output[14]//第1级齿圈参考分度圆直径 (mm)
      this.res.center_refer_strength_1=this.output[15]//第1级参考中心距 (mm)
      this.res.max_dia_refer_strength_1=this.output[16]//参考齿圈最大外径 (mm)
      this.res.z_s_refer_1=this.output[17]//第1级太阳轮参考齿数
      this.res.z_p_refer_1=this.output[18]//第1级行星轮参考齿数
      this.res.z_r_refer_1=this.output[19]//第1级齿圈参考齿数
      this.res.z_r_change_1=this.output[20]//第1级齿圈齿数调整
      this.res.z_p_1=this.output[21]//第1级行星轮设计齿数
      this.res.z_r_1=this.output[22]//第1级齿圈设计齿数
      this.res.ratio_design_1=this.output[23]//第1级设计齿数比
      this.res.ratio_different_1=this.output[24]//第1级齿数比差值百分比
      this.res.effect_width_1=this.output[25]//第1级设计齿宽 (mm)
      this.res.standard_center_external_1=this.output[26]//第1级外啮合标准中心距 (mm)
      this.res.standard_center_internal_1=this.output[27]//第2级内啮合标准中心距 (mm)
      this.res.work_center_1_1=this.output[28]//第1级设计中心距 (mm)
      this.res.normal_modi_factor_p_1=this.output[29]//第1级行星轮设计法向变位系数
      this.res.normal_modi_factor_r_1=this.output[30]//第1级齿圈设计法向变位系数
      this.res.slip_s_external_1=this.output[31]//第1级太阳轮滑动率
      this.res.slip_p_external_1=this.output[32]//第1级外啮合行星轮滑动率
      this.res.slip_p_internal_1=this.output[33]//第1级内啮合行星轮滑动率
      this.res.slip_r_internal_1=this.output[34]//第1级齿圈滑动率
      this.res.normal_width_tip_factor_s_sn_1=this.output[35]//第1级太阳轮法向齿顶宽系数
      this.res.normal_width_tip_factor_p_sn_1=this.output[36]//第1级行星轮法向齿顶宽系数
      this.res.normal_width_tip_factor_r_sn_1=this.output[37]//第1级齿圈法向齿顶宽系数
      this.res.axial_contact_ratio_external_1=this.output[38]//第1级外啮合轴向重合度
      this.res.axial_contact_ratio_internal_1=this.output[39]//第1级内啮合轴向重合度
      this.res.tran_contact_ratio_external_1=this.output[40]//第1级外啮合端面重合度
      this.res.tran_contact_ratio_internal_1=this.output[41]//第1级内啮合端面重合度
      this.res.total_contact_ratio_external_1=this.output[42]//第1级外啮合总重合度
      this.res.total_contact_ratio_internal_1=this.output[43]//第1级内啮合总重合度
      this.res.abundant_H_fatigue_s_external_1=this.output[44]//第1级太阳轮接触疲劳强度裕度
      this.res.abundant_H_fatigue_p_external_1=this.output[45]//第1级外啮合行星轮接触疲劳强度裕度
      this.res.abundant_H_fatigue_p_internal_1=this.output[46]//第1级内啮合行星轮接触疲劳强度裕度
      this.res.abundant_H_fatigue_r_internal_1=this.output[47]//第1级齿圈接触疲劳强度裕度
      this.res.abundant_F_fatigue_s_external_1=this.output[48]//第1级太阳轮弯曲疲劳强度裕度
      this.res.abundant_F_fatigue_p_external_1=this.output[49]//第1级外啮合行星轮弯曲疲劳强度裕度
      this.res.abundant_F_fatigue_p_internal_1=this.output[50]//第1级内啮合行星轮弯曲疲劳强度裕度
      this.res.abundant_F_fatigue_r_internal_1=this.output[51]//null
      this.res.abundant_H_static_s_external_1=this.output[52]//第1级太阳轮接触静强度裕度
      this.res.abundant_H_static_p_external_1=this.output[53]//第1级外啮合行星轮接触静强度裕度
      this.res.abundant_H_static_p_internal_1=this.output[54]//第1级内啮合行星轮接触静强度裕度
      this.res.abundant_H_static_r_internal_1=this.output[55]//第1级齿圈接触静强度裕度
      this.res.abundant_F_static_s_external_1=this.output[56]//第1级太阳轮弯曲静强度裕度
      this.res.abundant_F_static_p_external_1=this.output[57]//第1级外啮合行星轮弯曲静强度裕度
      this.res.abundant_F_static_p_internal_1=this.output[58]//null
      this.res.abundant_F_static_r_internal_1=this.output[59]//第1级齿圈弯曲静强度裕度
      this.res.clearance_planet_factor_1=this.output[60]//第1级行星轮间隙系数
      this.res.max_dia_ring_design_1=this.output[61]//第1级设计齿圈最大外径 (mm)
      this.res.tran_practice_ad_dia_s_1=this.output[62]//第1级太阳轮端面齿顶圆直径 (mm)
      this.res.tran_practice_ad_dia_p_1=this.output[63]//第1级行星轮端面齿顶圆直径 (mm)
      this.res.tran_practice_ad_dia_r_1=this.output[64]//第1级齿圈端面齿顶圆直径 (mm)
      this.res.tran_de_dia_s_1=this.output[65]//第1级太阳轮端面齿根圆直径 (mm)
      this.res.tran_de_dia_p_1=this.output[66]//第1级行星轮端面齿根圆直径 (mm)
      this.res.tran_de_dia_r_1=this.output[67]//第1级齿圈端面齿根圆直径 (mm)
      this.res.max_dia_bearing_outer_1=this.output[68]//第1级轴承最大外径 (mm)
      this.res.v_pitch_external_1=this.output[69]//第1级外啮合节圆线速度 (m/s)
      this.res.v_pitch_internal_1=this.output[70]//第1级内啮合节圆线速度 (m/s)
      this.res.ratio_width_diameter_s_2=this.output[71]//第2级太阳轮设计宽径比
      this.res.ratio_width_diameter_p_2=this.output[72]//第2级行星轮设计宽径比
      this.res.ratio_width_diameter_r_2=this.output[73]//第2级齿圈设计宽径比
      this.res.tran_refer_dia_s_2=this.output[74]//第2级太阳轮参考分度圆直径 (mm)
      this.res.tran_refer_dia_p_2=this.output[75]//第2级行星轮参考分度圆直径 (mm)
      this.res.tran_refer_dia_r_2=this.output[76]//第2级齿圈参考分度圆直径 (mm)
      this.res.center_refer_strength_2=this.output[77]//第2级参考中心距 (mm)
      this.res.max_dia_refer_strength_2=this.output[78]//参考齿圈最大外径 (mm)
      this.res.normal_module_refer_2=this.output[79]//参考法向模数 (mm)
      this.res.z_s_refer_2=this.output[80]//第2级太阳轮参考齿数
      this.res.z_p_refer_2=this.output[81]//第2级行星轮参考齿数
      this.res.z_r_refer_2=this.output[82]//第2级齿圈参考齿数
      this.res.z_r_change_2=this.output[83]//第2级齿圈齿数调整
      this.res.z_p_2=this.output[84]//第2级行星轮设计齿数
      this.res.z_r_2=this.output[85]//第2级齿圈设计齿数
      this.res.ratio_design_2=this.output[86]//第2级设计齿数比
      this.res.ratio_different_2=this.output[87]//第2级齿数比差值百分比
      this.res.effect_width_2=this.output[88]//第2级设计齿宽 (mm)
      this.res.standard_center_external_2=this.output[89]//第2级外啮合标准中心距 (mm)
      this.res.standard_center_internal_2=this.output[90]//第2级内啮合标准中心距 (mm)
      this.res.work_center_1_2=this.output[91]//第2级设计中心距 (mm)
      this.res.normal_modi_factor_p_2=this.output[92]//第2级行星轮设计法向变位系数
      this.res.normal_modi_factor_r_2=this.output[93]//第2级齿圈设计法向变位系数
      this.res.slip_s_external_2=this.output[94]//第2级太阳轮滑动率
      this.res.slip_p_external_2=this.output[95]//第2级外啮合行星轮滑动率
      this.res.slip_p_internal_2=this.output[96]//第2级内啮合行星轮滑动率
      this.res.slip_r_internal_2=this.output[97]//第2级齿圈滑动率
      this.res.normal_width_tip_factor_s_sn_2=this.output[98]//第2级太阳轮法向齿顶宽系数
      this.res.normal_width_tip_factor_p_sn_2=this.output[99]//第2级行星轮法向齿顶宽系数
      this.res.normal_width_tip_factor_r_sn_2=this.output[100]//第2级齿圈法向齿顶宽系数
      this.res.axial_contact_ratio_external_2=this.output[101]//第2级外啮合轴向重合度
      this.res.axial_contact_ratio_internal_2=this.output[102]//第2级内啮合轴向重合度
      this.res.tran_contact_ratio_external_2=this.output[103]//第2级外啮合端面重合度
      this.res.tran_contact_ratio_internal_2=this.output[104]//第2级内啮合端面重合度
      this.res.total_contact_ratio_external_2=this.output[105]//第2级外啮合总重合度
      this.res.total_contact_ratio_internal_2=this.output[106]//第2级内啮合总重合度
      this.res.abundant_H_fatigue_s_external_2=this.output[107]//第2级太阳轮接触疲劳强度裕度
      this.res.abundant_H_fatigue_p_external_2=this.output[108]//第2级外啮合行星轮接触疲劳强度裕度
      this.res.abundant_H_fatigue_p_internal_2=this.output[109]//第2级内啮合行星轮接触疲劳强度裕度
      this.res.abundant_H_fatigue_r_internal_2=this.output[110]//第2级齿圈接触疲劳强度裕度
      this.res.abundant_F_fatigue_s_external_2=this.output[111]//第2级太阳轮弯曲疲劳强度裕度
      this.res.abundant_F_fatigue_p_external_2=this.output[112]//第2级外啮合行星轮弯曲疲劳强度裕度
      this.res.abundant_F_fatigue_p_internal_2=this.output[113]//第2级内啮合行星轮弯曲疲劳强度裕度
      this.res.abundant_F_fatigue_r_internal_2=this.output[114]//第2级齿圈弯曲疲劳强度裕度
      this.res.abundant_H_static_s_external_2=this.output[115]//第2级太阳轮接触静强度裕度
      this.res.abundant_H_static_p_external_2=this.output[116]//第2级外啮合行星轮接触静强度裕度
      this.res.abundant_H_static_p_internal_2=this.output[117]//第2级内啮合行星轮接触静强度裕度
      this.res.abundant_H_static_r_internal_2=this.output[118]//第2级齿圈接触静强度裕度
      this.res.abundant_F_static_s_external_2=this.output[119]//第2级太阳轮弯曲静强度裕度
      this.res.abundant_F_static_p_external_2=this.output[120]//第2级外啮合行星轮弯曲静强度裕度
      this.res.abundant_F_static_p_internal_2=this.output[121]//null
      this.res.abundant_F_static_r_internal_2=this.output[122]//第2级齿圈弯曲静强度裕度
      this.res.clearance_planet_factor_2=this.output[123]//第2级行星轮间隙系数
      this.res.max_dia_ring_design_2=this.output[124]//第2级设计齿圈最大外径 (mm)
      this.res.tran_practice_ad_dia_s_2=this.output[125]//第2级太阳轮端面齿顶圆直径 (mm)
      this.res.tran_practice_ad_dia_p_2=this.output[126]//第2级行星轮端面齿顶圆直径 (mm)
      this.res.tran_practice_ad_dia_r_2=this.output[127]//第2级齿圈端面齿顶圆直径 (mm)
      this.res.tran_de_dia_s_2=this.output[128]//第2级太阳轮端面齿根圆直径 (mm)
      this.res.tran_de_dia_p_2=this.output[129]//第2级行星轮端面齿根圆直径 (mm)
      this.res.tran_de_dia_r_2=this.output[130]//第2级齿圈端面齿根圆直径 (mm)
      this.res.max_dia_bearing_outer_2=this.output[131]//第2级轴承最大外径 (mm)
      this.res.v_pitch_external_2=this.output[132]//第2级外啮合节圆线速度 (m/s)
      this.res.v_pitch_internal_2=this.output[133]//第2级内啮合节圆线速度 (m/s)
      this.res.ratio_aim_3=this.output[134]//第3级目标齿数比
      this.res.ratio_different_total=this.output[135]//总的传动比差值比
      this.res.ratio_width_diameter_s_3=this.output[136]//第3级太阳轮设计宽径比
      this.res.ratio_width_diameter_p_3=this.output[137]//第3级行星轮设计宽径比
      this.res.ratio_width_diameter_r_3=this.output[138]//第3级齿圈设计宽径比
      this.res.tran_refer_dia_s_3=this.output[139]//第3级太阳轮参考分度圆直径 (mm)
      this.res.tran_refer_dia_p_3=this.output[140]//第3级行星轮参考分度圆直径 (mm)
      this.res.tran_refer_dia_r_3=this.output[141]//第3级齿圈参考分度圆直径 (mm)
      this.res.center_refer_strength_3=this.output[142]//第3级参考中心距 (mm)
      this.res.max_dia_refer_strength_3=this.output[143]//null
      this.res.normal_module_refer_3=this.output[144]//null
      this.res.z_s_refer_3=this.output[145]//第3级太阳轮参考齿数
      this.res.z_p_refer_3=this.output[146]//第3级行星轮参考齿数
      this.res.z_r_refer_3=this.output[147]//第3级齿圈参考齿数
      this.res.z_r_change_3=this.output[148]//第3级齿圈齿数调整
      this.res.z_p_3=this.output[149]//第3级行星轮设计齿数
      this.res.z_r_3=this.output[150]//第3级齿圈设计齿数
      this.res.ratio_design_3=this.output[151]//第3级设计齿数比
      this.res.ratio_different_3=this.output[152]//第3级齿数比差值百分比
      this.res.effect_width_3=this.output[153]//第3级设计齿宽 (mm)
      this.res.standard_center_external_3=this.output[154]//第3级外啮合标准中心距 (mm)
      this.res.standard_center_internal_3=this.output[155]//第3级内啮合标准中心距 (mm)
      this.res.work_center_1_3=this.output[156]//第3级设计中心距 (mm)
      this.res.normal_modi_factor_p_3=this.output[157]//第3级行星轮设计法向变位系数
      this.res.normal_modi_factor_r_3=this.output[158]//第3级齿圈设计法向变位系数
      this.res.slip_p_external_3=this.output[159]//第3级外啮合行星轮滑动率
      this.res.slip_p_internal_3=this.output[160]//第3级内啮合行星轮滑动率
      this.res.slip_r_internal_3=this.output[161]//第3级齿圈滑动率
      this.res.normal_width_tip_factor_s_sn_3=this.output[162]//第3级太阳轮法向齿顶宽系数
      this.res.normal_width_tip_factor_p_sn_3=this.output[163]//第3级行星轮法向齿顶宽系数
      this.res.normal_width_tip_factor_r_sn_3=this.output[164]//第3级齿圈法向齿顶宽系数
      this.res.axial_contact_ratio_external_3=this.output[165]//第3级外啮合轴向重合度
      this.res.axial_contact_ratio_internal_3=this.output[166]//第3级内啮合轴向重合度
      this.res.tran_contact_ratio_external_3=this.output[167]//第3级外啮合端面重合度
      this.res.tran_contact_ratio_internal_3=this.output[168]//第3级内啮合端面重合度
      this.res.total_contact_ratio_external_3=this.output[169]//第3级外啮合总重合度
      this.res.total_contact_ratio_internal_3=this.output[170]//第3级内啮合总重合度
      this.res.abundant_H_fatigue_s_external_3=this.output[171]//第3级太阳轮接触疲劳强度裕度
      this.res.abundant_H_fatigue_p_external_3=this.output[172]//第3级外啮合行星轮接触疲劳强度裕度
      this.res.abundant_H_fatigue_p_internal_3=this.output[173]//第3级内啮合行星轮接触疲劳强度裕度
      this.res.abundant_H_fatigue_r_internal_3=this.output[174]//第3级齿圈接触疲劳强度裕度
      this.res.abundant_F_fatigue_s_external_3=this.output[175]//第3级太阳轮弯曲疲劳强度裕度
      this.res.abundant_F_fatigue_p_external_3=this.output[176]//第3级外啮合行星轮弯曲疲劳强度裕度
      this.res.abundant_F_fatigue_p_internal_3=this.output[177]//第3级内啮合行星轮弯曲疲劳强度裕度
      this.res.abundant_F_fatigue_r_internal_3=this.output[178]//第3级齿圈弯曲疲劳强度裕度
      this.res.abundant_H_static_s_external_3=this.output[179]//第3级太阳轮接触静强度裕度
      this.res.abundant_H_static_p_external_3=this.output[180]//第3级外啮合行星轮接触静强度裕度
      this.res.abundant_H_static_p_internal_3=this.output[181]//第3级内啮合行星轮接触静强度裕度
      this.res.abundant_H_static_r_internal_3=this.output[182]//第3级齿圈接触静强度裕度
      this.res.abundant_F_static_s_external_3=this.output[183]//第3级太阳轮弯曲静强度裕度
      this.res.abundant_F_static_p_external_3=this.output[184]//第3级外啮合行星轮弯曲静强度裕度
      this.res.abundant_F_static_p_internal_3=this.output[185]//null
      this.res.abundant_F_static_r_internal_3=this.output[186]//第3级齿圈弯曲静强度裕度
      this.res.clearance_planet_factor_3=this.output[187]//第3级行星轮间隙系数
      this.res.max_dia_ring_design_3=this.output[188]//第3级设计齿圈最大外径 (mm)
      this.res.tran_practice_ad_dia_s_3=this.output[189]//第3级太阳轮端面齿顶圆直径 (mm)
      this.res.tran_practice_ad_dia_p_3=this.output[190]//第3级行星轮端面齿顶圆直径 (mm)
      this.res.tran_practice_ad_dia_r_3=this.output[191]//第3级齿圈端面齿顶圆直径 (mm)
      this.res.tran_de_dia_s_3=this.output[192]//第3级太阳轮端面齿根圆直径 (mm)
      this.res.tran_de_dia_p_3=this.output[193]//第3级行星轮端面齿根圆直径 (mm)
      this.res.tran_de_dia_r_3=this.output[194]//第3级齿圈端面齿根圆直径 (mm)
      this.res.max_dia_bearing_outer_3=this.output[195]//第3级轴承最大外径 (mm)
      this.res.v_pitch_external_3=this.output[196]//第3级外啮合节圆线速度 (m/s)
      this.res.v_pitch_internal_3=this.output[197]//第3级内啮合节圆线速度 (m/s)
      this.res.sigma_H_fatigue_design_s_1_x1=this.output[198]//第1级太阳轮计算接触应力 (MPa)
      this.res.sigma_H_fatigue_design_p_external_1_x1=this.output[199]//第1级外啮合行星轮计算接触应力 (MPa)
      this.res.sigma_H_fatigue_design_p_internal_1_x1=this.output[200]//第1级内啮合行星轮计算接触应力 (MPa)
      this.res.sigma_H_fatigue_design_r_1_x1=this.output[201]//第1级齿圈计算接触应力 (MPa)
      this.res.sigma_HG_s_1_x1=this.output[202]//第1级太阳轮许用接触应力 (MPa)
      this.res.sigma_HG_p_external_1_x1=this.output[203]//第1级外啮合行星轮许用接触应力 (MPa)
      this.res.sigma_HG_p_internal_1_x1=this.output[204]//第1级内啮合行星轮许用接触应力 (MPa)
      this.res.sigma_HG_r_1_x1=this.output[205]//第1级齿圈许用接触应力 (MPa)
      this.res.sigma_F_fatigue_design_s_1_x1=this.output[206]//第1级太阳轮计算弯曲应力 (MPa)
      this.res.sigma_F_fatigue_design_p_external_1_x1=this.output[207]//第1级外啮合行星轮计算弯曲应力 (MPa)
      this.res.sigma_F_fatigue_design_p_internal_1_x1=this.output[208]//第1级内啮合行星轮计算弯曲应力 (MPa)
      this.res.sigma_F_fatigue_design_r_1_x1=this.output[209]//第1级齿圈计算弯曲应力 (MPa)
      this.res.sigma_FG_s_1_x1=this.output[210]//第1级太阳轮许用弯曲应力 (MPa)
      this.res.sigma_FG_p_external_1_x1=this.output[211]//第1级外啮合行星轮许用弯曲应力 (MPa)
      this.res.sigma_FG_p_internal_1_x1=this.output[212]//第1级内啮合行星轮许用弯曲应力 (MPa)
      this.res.sigma_FG_r_1_x1=this.output[213]//第1级齿圈许用弯曲应力 (MPa)
      this.res.tran_pitch_s_1_x1=this.output[214]//第1级太阳轮节圆直径 (mm)
      this.res.tran_pitch_p_external_1_x1=this.output[215]//第1级外啮合行星轮节圆直径 (mm)
      this.res.tran_pitch_p_internal_1_x1=this.output[216]//第1级内啮合行星轮节圆直径 (mm)
      this.res.tran_pitch_r_1_x1=this.output[217]//第1级齿圈节圆直径 (mm)
      this.res.tran_base_dia_s_1_x1=this.output[218]//第1级太阳轮基圆直径 (mm)
      this.res.tran_base_dia_p_external_1_x1=this.output[219]//第1级外啮合行星轮基圆直径 (mm)
      this.res.tran_base_dia_p_internal_1_x1=this.output[220]//第1级内啮合行星轮基圆直径 (mm)
      this.res.tran_base_dia_r_1_x1=this.output[221]//第1级齿圈基圆直径 (mm)
      this.res.mesh_angle_external_1_x1=this.output[222]//第1级外啮合啮合角 (°)
      this.res.mesh_angle_internal_1_x1=this.output[223]//第1级内啮合啮合角 (°)
      this.res.base_helix_angle_external_1_x1=this.output[224]//第1级外啮合基圆螺旋角 (°)
      this.res.base_helix_angle_internal_1_x1=this.output[225]//第1级内啮合基圆螺旋角 (°)
      this.res.n_s_1_rel=this.output[226]//第1级太阳轮相对转速 (rpm)
      this.res.n_p_1_rel=this.output[227]//第1级行星轮相对转速 (rpm)
      this.res.n_r_1_rel=this.output[228]//第1级齿圈相对转速 (rpm)
      this.res.n_s_1_abs=this.output[229]//第1级太阳轮绝对转速 (rpm)
      this.res.n_p_1_abs=this.output[230]//第1级行星轮绝对转速 (rpm)
      this.res.n_r_1_abs=this.output[231]//第1级齿圈绝对转速 (rpm)
      this.res.n_carrier_1_abs=this.output[232]//第1级行星架转速 (rpm)
      this.res.sigma_H_fatigue_design_s_2_x1=this.output[233]//第2级太阳轮计算接触应力 (MPa)
      this.res.sigma_H_fatigue_design_p_external_2_x1=this.output[234]//第2级外啮合行星轮计算接触应力 (MPa)
      this.res.sigma_H_fatigue_design_p_internal_2_x1=this.output[235]//第2级内啮合行星轮计算接触应力 (MPa)
      this.res.sigma_H_fatigue_design_r_2_x1=this.output[236]//第2级齿圈计算接触应力 (MPa)
      this.res.sigma_HG_s_2_x1=this.output[237]//第2级太阳轮许用接触应力 (MPa)
      this.res.sigma_HG_p_external_2_x1=this.output[238]//第2级外啮合行星轮许用接触应力 (MPa)
      this.res.sigma_HG_p_internal_2_x1=this.output[239]//第2级内啮合行星轮许用接触应力 (MPa)
      this.res.sigma_HG_r_2_x1=this.output[240]//第2级齿圈许用接触应力 (MPa)
      this.res.sigma_F_fatigue_design_s_2_x1=this.output[241]//第2级太阳轮计算弯曲应力 (MPa)
      this.res.sigma_F_fatigue_design_p_external_2_x1=this.output[242]//第2级外啮合行星轮计算弯曲应力 (MPa)
      this.res.sigma_F_fatigue_design_p_internal_2_x1=this.output[243]//第2级内啮合行星轮计算弯曲应力 (MPa)
      this.res.sigma_F_fatigue_design_r_2_x1=this.output[244]//第2级齿圈计算弯曲应力 (MPa)
      this.res.sigma_FG_s_2_x1=this.output[245]//第2级太阳轮许用弯曲应力 (MPa)
      this.res.sigma_FG_p_external_2_x1=this.output[246]//第2级外啮合行星轮许用弯曲应力 (MPa)
      this.res.sigma_FG_p_internal_2_x1=this.output[247]//第2级内啮合行星轮许用弯曲应力 (MPa)
      this.res.sigma_FG_r_2_x1=this.output[248]//第2级齿圈许用弯曲应力 (MPa)
      this.res.tran_pitch_s_2_x1=this.output[249]//第2级太阳轮节圆直径 (mm)
      this.res.tran_pitch_p_external_2_x1=this.output[250]//第2级外啮合行星轮节圆直径 (mm)
      this.res.tran_pitch_p_internal_2_x1=this.output[251]//第2级内啮合行星轮节圆直径 (mm)
      this.res.tran_pitch_r_2_x1=this.output[252]//第2级齿圈节圆直径 (mm)
      this.res.tran_base_dia_s_2_x1=this.output[253]//第2级太阳轮基圆直径 (mm)
      this.res.tran_base_dia_p_external_2_x1=this.output[254]//第2级外啮合行星轮基圆直径 (mm)
      this.res.tran_base_dia_p_internal_2_x1=this.output[255]//第2级内啮合行星轮基圆直径 (mm)
      this.res.tran_base_dia_r_2_x1=this.output[256]//第2级齿圈基圆直径 (mm)
      this.res.mesh_angle_external_2_x1=this.output[257]//第2级外啮合啮合角 (°)
      this.res.mesh_angle_internal_2_x1=this.output[258]//第2级内啮合啮合角 (°)
      this.res.base_helix_angle_external_2_x1=this.output[259]//第2级外啮合基圆螺旋角 (°)
      this.res.base_helix_angle_internal_2_x1=this.output[260]//第2级内啮合基圆螺旋角 (°)
      this.res.n_s_2_rel=this.output[261]//第2级太阳轮相对转速 (rpm)
      this.res.n_p_2_rel=this.output[262]//第2级行星轮相对转速 (rpm)
      this.res.n_r_2_rel=this.output[263]//第2级齿圈相对转速 (rpm)
      this.res.n_s_2_abs=this.output[264]//第2级太阳轮绝对转速 (rpm)
      this.res.n_p_2_abs=this.output[265]//第2级行星轮绝对转速 (rpm)
      this.res.n_r_2_abs=this.output[266]//第2级齿圈绝对转速 (rpm)
      this.res.n_carrier_2_abs=this.output[267]//第2级行星架转速 (rpm)
      this.res.sigma_H_fatigue_design_s_3_x1=this.output[268]//第3级太阳轮计算接触应力 (MPa)
      this.res.sigma_H_fatigue_design_p_external_3_x1=this.output[269]//第3级外啮合行星轮计算接触应力 (MPa)
      this.res.sigma_H_fatigue_design_p_internal_3_x1=this.output[270]//第3级内啮合行星轮计算接触应力 (MPa)
      this.res.sigma_H_fatigue_design_r_3_x1=this.output[271]//第3级齿圈计算接触应力 (MPa)
      this.res.sigma_HG_s_3_x1=this.output[272]//第3级太阳轮许用接触应力 (MPa)
      this.res.sigma_HG_p_external_3_x1=this.output[273]//第3级外啮合行星轮许用接触应力 (MPa)
      this.res.sigma_HG_p_internal_3_x1=this.output[274]//第3级内啮合行星轮许用接触应力 (MPa)
      this.res.sigma_HG_r_3_x1=this.output[275]//第3级齿圈许用接触应力 (MPa)
      this.res.sigma_F_fatigue_design_s_3_x1=this.output[276]//第3级太阳轮计算弯曲应力 (MPa)
      this.res.sigma_F_fatigue_design_p_external_3_x1=this.output[277]//第3级外啮合行星轮计算弯曲应力 (MPa)
      this.res.sigma_F_fatigue_design_p_internal_3_x1=this.output[278]//第3级内啮合行星轮计算弯曲应力 (MPa)
      this.res.sigma_F_fatigue_design_r_3_x1=this.output[279]//第3级齿圈计算弯曲应力 (MPa)
      this.res.sigma_FG_s_3_x1=this.output[280]//第3级太阳轮许用弯曲应力 (MPa)
      this.res.sigma_FG_p_external_3_x1=this.output[281]//第3级外啮合行星轮许用弯曲应力 (MPa)
      this.res.sigma_FG_p_internal_3_x1=this.output[282]//第3级内啮合行星轮许用弯曲应力 (MPa)
      this.res.sigma_FG_r_3_x1=this.output[283]//第3级齿圈许用弯曲应力 (MPa)
      this.res.tran_pitch_s_3_x1=this.output[284]//第3级太阳轮节圆直径 (mm)
      this.res.tran_pitch_p_external_3_x1=this.output[285]//第3级外啮合行星轮节圆直径 (mm)
      this.res.tran_pitch_p_internal_3_x1=this.output[286]//第3级内啮合行星轮节圆直径 (mm)
      this.res.tran_pitch_r_3_x1=this.output[287]//第3级齿圈节圆直径 (mm)
      this.res.tran_base_dia_s_3_x1=this.output[288]//第3级太阳轮基圆直径 (mm)
      this.res.tran_base_dia_p_external_3_x1=this.output[289]//第3级外啮合行星轮基圆直径 (mm)
      this.res.tran_base_dia_p_internal_3_x1=this.output[290]//第3级内啮合行星轮基圆直径 (mm)
      this.res.tran_base_dia_r_3_x1=this.output[291]//第3级齿圈基圆直径 (mm)
      this.res.mesh_angle_external_3_x1=this.output[292]//第3级外啮合啮合角 (°)
      this.res.mesh_angle_internal_3_x1=this.output[293]//第3级内啮合啮合角 (°)
      this.res.base_helix_angle_external_3_x1=this.output[294]//第3级外啮合基圆螺旋角 (°)
      this.res.base_helix_angle_internal_3_x1=this.output[295]//第3级内啮合基圆螺旋角 (°)
      this.res.n_s_3_rel=this.output[296]//第3级太阳轮相对转速 (rpm)
      this.res.n_p_3_rel=this.output[297]//第3级行星轮相对转速 (rpm)
      this.res.n_r_3_rel=this.output[298]//第3级齿圈相对转速 (rpm)
      this.res.n_s_3_abs=this.output[299]//第3级太阳轮绝对转速 (rpm)
      this.res.n_p_3_abs=this.output[300]//第3级行星轮绝对转速 (rpm)
      this.res.n_r_3_abs=this.output[301]//第3级齿圈绝对转速 (rpm)
      this.res.n_carrier_3_abs=this.output[302]//第3级行星架转速 (rpm)
      this.res.tangential_load_external_1_0=this.output[303]//第1级外啮合切向载荷 (N)
      this.res.tangential_load_internal_1_0=this.output[304]//第1级内啮合切向载荷 (N)
      this.res.radial_load_external_1_0=this.output[305]//第1级外啮合径向载荷 (N)
      this.res.radial_load_internal_1_0=this.output[306]//第1级内啮合径向载荷 (N)
      this.res.axial_load_external_1_0=this.output[307]//第1级外啮合轴向载荷 (N)
      this.res.axial_load_internal_1_0=this.output[308]//第1级内啮合轴向载荷 (N)
      this.res.tangential_load_external_2_0=this.output[309]//第2级外啮合切向载荷 (N)
      this.res.tangential_load_internal_2_0=this.output[310]//第2级内啮合切向载荷 (N)
      this.res.radial_load_external_2_0=this.output[311]//第2级外啮合径向载荷 (N)
      this.res.radial_load_internal_2_0=this.output[312]//第2级内啮合径向载荷 (N)
      this.res.axial_load_external_2_0=this.output[313]//第2级外啮合轴向载荷 (N)
      this.res.axial_load_internal_2_0=this.output[314]//第2级内啮合轴向载荷 (N)
      this.res.tangential_load_external_3_0=this.output[315]//第3级外啮合切向载荷 (N)
      this.res.tangential_load_internal_3_0=this.output[316]//第3级内啮合切向载荷 (N)
      this.res.radial_load_external_3_0=this.output[317]//第3级外啮合径向载荷 (N)
      this.res.radial_load_internal_3_0=this.output[318]//第3级内啮合径向载荷 (N)
      this.res.axial_load_external_3_0=this.output[319]//第3级外啮合轴向载荷 (N)
      this.res.axial_load_internal_3_0=this.output[320]//第3级内啮合轴向载荷 (N)thickness_reduction_last_s_1,thickness_reduction_last_p_1,thickness_reduction_last_r_1,thickness_reduction_last_s_2,thickness_reduction_last_p_2,thickness_reduction_last_r_2,thickness_reduction_last_s_3,thickness_reduction_last_p_3,thickness_reduction_last_r_3,ratio_width_diameter_s_1,ratio_width_diameter_p_1,ratio_width_diameter_r_1,tran_refer_dia_s_1,tran_refer_dia_p_1,tran_refer_dia_r_1,center_refer_strength_1,max_dia_refer_strength_1,z_s_refer_1,z_p_refer_1,z_r_refer_1,z_r_change_1,z_p_1,z_r_1,ratio_design_1,ratio_different_1,effect_width_1,standard_center_external_1,standard_center_internal_1,work_center_1_1,normal_modi_factor_p_1,normal_modi_factor_r_1,slip_s_external_1,slip_p_external_1,slip_p_internal_1,slip_r_internal_1,normal_width_tip_factor_s_sn_1,normal_width_tip_factor_p_sn_1,normal_width_tip_factor_r_sn_1,axial_contact_ratio_external_1,axial_contact_ratio_internal_1,tran_contact_ratio_external_1,tran_contact_ratio_internal_1,total_contact_ratio_external_1,total_contact_ratio_internal_1,abundant_H_fatigue_s_external_1,abundant_H_fatigue_p_external_1,abundant_H_fatigue_p_internal_1,abundant_H_fatigue_r_internal_1,abundant_F_fatigue_s_external_1,abundant_F_fatigue_p_external_1,abundant_F_fatigue_p_internal_1,abundant_F_fatigue_r_internal_1,abundant_H_static_s_external_1,abundant_H_static_p_external_1,abundant_H_static_p_internal_1,abundant_H_static_r_internal_1,abundant_F_static_s_external_1,abundant_F_static_p_external_1,abundant_F_static_p_internal_1,abundant_F_static_r_internal_1,clearance_planet_factor_1,max_dia_ring_design_1,tran_practice_ad_dia_s_1,tran_practice_ad_dia_p_1,tran_practice_ad_dia_r_1,tran_de_dia_s_1,tran_de_dia_p_1,tran_de_dia_r_1,max_dia_bearing_outer_1,v_pitch_external_1,v_pitch_internal_1,ratio_width_diameter_s_2,ratio_width_diameter_p_2,ratio_width_diameter_r_2,tran_refer_dia_s_2,tran_refer_dia_p_2,tran_refer_dia_r_2,center_refer_strength_2,max_dia_refer_strength_2,normal_module_refer_2,z_s_refer_2,z_p_refer_2,z_r_refer_2,z_r_change_2,z_p_2,z_r_2,ratio_design_2,ratio_different_2,effect_width_2,standard_center_external_2,standard_center_internal_2,work_center_1_2,normal_modi_factor_p_2,normal_modi_factor_r_2,slip_s_external_2,slip_p_external_2,slip_p_internal_2,slip_r_internal_2,normal_width_tip_factor_s_sn_2,normal_width_tip_factor_p_sn_2,normal_width_tip_factor_r_sn_2,axial_contact_ratio_external_2,axial_contact_ratio_internal_2,tran_contact_ratio_external_2,tran_contact_ratio_internal_2,total_contact_ratio_external_2,total_contact_ratio_internal_2,abundant_H_fatigue_s_external_2,abundant_H_fatigue_p_external_2,abundant_H_fatigue_p_internal_2,abundant_H_fatigue_r_internal_2,abundant_F_fatigue_s_external_2,abundant_F_fatigue_p_external_2,abundant_F_fatigue_p_internal_2,abundant_F_fatigue_r_internal_2,abundant_H_static_s_external_2,abundant_H_static_p_external_2,abundant_H_static_p_internal_2,abundant_H_static_r_internal_2,abundant_F_static_s_external_2,abundant_F_static_p_external_2,abundant_F_static_p_internal_2,abundant_F_static_r_internal_2,clearance_planet_factor_2,max_dia_ring_design_2,tran_practice_ad_dia_s_2,tran_practice_ad_dia_p_2,tran_practice_ad_dia_r_2,tran_de_dia_s_2,tran_de_dia_p_2,tran_de_dia_r_2,max_dia_bearing_outer_2,v_pitch_external_2,v_pitch_internal_2,ratio_aim_3,ratio_different_total,ratio_width_diameter_s_3,ratio_width_diameter_p_3,ratio_width_diameter_r_3,tran_refer_dia_s_3,tran_refer_dia_p_3,tran_refer_dia_r_3,center_refer_strength_3,max_dia_refer_strength_3,normal_module_refer_3,z_s_refer_3,z_p_refer_3,z_r_refer_3,z_r_change_3,z_p_3,z_r_3,ratio_design_3,ratio_different_3,effect_width_3,standard_center_external_3,standard_center_internal_3,work_center_1_3,normal_modi_factor_p_3,normal_modi_factor_r_3,slip_p_external_3,slip_p_internal_3,slip_r_internal_3,normal_width_tip_factor_s_sn_3,normal_width_tip_factor_p_sn_3,normal_width_tip_factor_r_sn_3,axial_contact_ratio_external_3,axial_contact_ratio_internal_3,tran_contact_ratio_external_3,tran_contact_ratio_internal_3,total_contact_ratio_external_3,total_contact_ratio_internal_3,abundant_H_fatigue_s_external_3,abundant_H_fatigue_p_external_3,abundant_H_fatigue_p_internal_3,abundant_H_fatigue_r_internal_3,abundant_F_fatigue_s_external_3,abundant_F_fatigue_p_external_3,abundant_F_fatigue_p_internal_3,abundant_F_fatigue_r_internal_3,abundant_H_static_s_external_3,abundant_H_static_p_external_3,abundant_H_static_p_internal_3,abundant_H_static_r_internal_3,abundant_F_static_s_external_3,abundant_F_static_p_external_3,abundant_F_static_p_internal_3,abundant_F_static_r_internal_3,clearance_planet_factor_3,max_dia_ring_design_3,tran_practice_ad_dia_s_3,tran_practice_ad_dia_p_3,tran_practice_ad_dia_r_3,tran_de_dia_s_3,tran_de_dia_p_3,tran_de_dia_r_3,max_dia_bearing_outer_3,v_pitch_external_3,v_pitch_internal_3,sigma_H_fatigue_design_s_1_x1,sigma_H_fatigue_design_p_external_1_x1,sigma_H_fatigue_design_p_internal_1_x1,sigma_H_fatigue_design_r_1_x1,sigma_HG_s_1_x1,sigma_HG_p_external_1_x1,sigma_HG_p_internal_1_x1,sigma_HG_r_1_x1,sigma_F_fatigue_design_s_1_x1,sigma_F_fatigue_design_p_external_1_x1,sigma_F_fatigue_design_p_internal_1_x1,sigma_F_fatigue_design_r_1_x1,sigma_FG_s_1_x1,sigma_FG_p_external_1_x1,sigma_FG_p_internal_1_x1,sigma_FG_r_1_x1,tran_pitch_s_1_x1,tran_pitch_p_external_1_x1,tran_pitch_p_internal_1_x1,tran_pitch_r_1_x1,tran_base_dia_s_1_x1,tran_base_dia_p_external_1_x1,tran_base_dia_p_internal_1_x1,tran_base_dia_r_1_x1,mesh_angle_external_1_x1,mesh_angle_internal_1_x1,base_helix_angle_external_1_x1,base_helix_angle_internal_1_x1,n_s_1_rel,n_p_1_rel,n_r_1_rel,n_s_1_abs,n_p_1_abs,n_r_1_abs,n_carrier_1_abs,sigma_H_fatigue_design_s_2_x1,sigma_H_fatigue_design_p_external_2_x1,sigma_H_fatigue_design_p_internal_2_x1,sigma_H_fatigue_design_r_2_x1,sigma_HG_s_2_x1,sigma_HG_p_external_2_x1,sigma_HG_p_internal_2_x1,sigma_HG_r_2_x1,sigma_F_fatigue_design_s_2_x1,sigma_F_fatigue_design_p_external_2_x1,sigma_F_fatigue_design_p_internal_2_x1,sigma_F_fatigue_design_r_2_x1,sigma_FG_s_2_x1,sigma_FG_p_external_2_x1,sigma_FG_p_internal_2_x1,sigma_FG_r_2_x1,tran_pitch_s_2_x1,tran_pitch_p_external_2_x1,tran_pitch_p_internal_2_x1,tran_pitch_r_2_x1,tran_base_dia_s_2_x1,tran_base_dia_p_external_2_x1,tran_base_dia_p_internal_2_x1,tran_base_dia_r_2_x1,mesh_angle_external_2_x1,mesh_angle_internal_2_x1,base_helix_angle_external_2_x1,base_helix_angle_internal_2_x1,n_s_2_rel,n_p_2_rel,n_r_2_rel,n_s_2_abs,n_p_2_abs,n_r_2_abs,n_carrier_2_abs,sigma_H_fatigue_design_s_3_x1,sigma_H_fatigue_design_p_external_3_x1,sigma_H_fatigue_design_p_internal_3_x1,sigma_H_fatigue_design_r_3_x1,sigma_HG_s_3_x1,sigma_HG_p_external_3_x1,sigma_HG_p_internal_3_x1,sigma_HG_r_3_x1,sigma_F_fatigue_design_s_3_x1,sigma_F_fatigue_design_p_external_3_x1,sigma_F_fatigue_design_p_internal_3_x1,sigma_F_fatigue_design_r_3_x1,sigma_FG_s_3_x1,sigma_FG_p_external_3_x1,sigma_FG_p_internal_3_x1,sigma_FG_r_3_x1,tran_pitch_s_3_x1,tran_pitch_p_external_3_x1,tran_pitch_p_internal_3_x1,tran_pitch_r_3_x1,tran_base_dia_s_3_x1,tran_base_dia_p_external_3_x1,tran_base_dia_p_internal_3_x1,tran_base_dia_r_3_x1,mesh_angle_external_3_x1,mesh_angle_internal_3_x1,base_helix_angle_external_3_x1,base_helix_angle_internal_3_x1,n_s_3_rel,n_p_3_rel,n_r_3_rel,n_s_3_abs,n_p_3_abs,n_r_3_abs,n_carrier_3_abs,tangential_load_external_1_0,tangential_load_internal_1_0,radial_load_external_1_0,radial_load_internal_1_0,axial_load_external_1_0,axial_load_internal_1_0,tangential_load_external_2_0,tangential_load_internal_2_0,radial_load_external_2_0,radial_load_internal_2_0,axial_load_external_2_0,axial_load_internal_2_0,tangential_load_external_3_0,tangential_load_internal_3_0,radial_load_external_3_0,radial_load_internal_3_0,axial_load_external_3_0,axial_load_internal_3_0

    },
    //shuzu参数的实现
    add() {
      this.input.shuzu = [this.input.material_type_s_3,
        this.input.material_type_p_3,
        this.input.normal_module_3,
        this.input.helix_angle_3,
        this.input.normal_modi_factor_s_3,
        this.input.press_angle_3,
        this.input.ad_factor_s_3,
        this.input.ad_factor_p_3,
        this.input.tip_factor_s_3,
        this.input.tip_factor_p_3,
        this.input.chamfer_dia_s_3,
        this.input.chamfer_dia_p_3,
        this.input.chamfer_angle_s_3,
        this.input.chamfer_angle_p_3,
        this.input.ad_cut_dia_s_3,
        this.input.ratio_width_diameter_max_3,
        this.input.auto_work_center_3,
        this.input.R_z_flank_s_3,
        this.input.R_z_flank_p_3,
        this.input.hardness_HB_s_3,
        this.input.hardness_HB_p_3,
        this.input.sigma_Hlim_s_3,
        this.input.sigma_Hlim_p_3,
        this.input.radius_factor_s_3,
        this.input.radius_factor_p_3,
        this.input.radius_factor_r_3,
        this.input.undercut_s_3,
        this.input.undercut_p_3,
        this.input.R_z_root_s_3,
        this.input.R_z_root_p_3,
        this.input.sigma_s_s_3,
        this.input.sigma_s_p_3,
        this.input.sigma_Flim_s_3,
        this.input.sigma_Flim_p_3,
        this.input.SR_s_3,
        this.input.SR_p_3,
        this.input.possion_r_3,
        this.input.E_r_3,
        this.input.K_V_internal_3,
        this.input.K_Hb_internal_3,
        this.input.K_Ha_internal_3,
        this.input.K_Fb_internal_3,
        this.input.K_Fa_internal_3,
        this.input.material_type_r_3,
        this.input.ad_factor_r_3,
        this.input.tip_factor_r_3,
        this.input.chamfer_dia_r_3,
        this.input.chamfer_angle_r_3,
        this.input.ad_cut_dia_r_3,
        this.input.R_z_flank_r_3,
        this.input.hardness_HB_r_3,
        this.input.sigma_Hlim_r_3,
        this.input.undercut_r_3,
        this.input.R_z_root_r_3,
        this.input.sigma_s_r_3,
        this.input.sigma_Flim_r_3,
        this.input.SR_r_3,
        this.input.ad_cut_dia_p_3,
        this.input.abundant_ring_rim_factor_3,
        this.input.thickness_reduction_s_3,
        this.input.tooth_thickness_tolerance_s_3,
        this.input.thickness_reduction_p_3,
        this.input.tooth_thickness_tolerance_p_3,
        this.input.thickness_reduction_r_3,
        this.input.tooth_thickness_tolerance_r_3,
        this.input.bend_strength_thickness_s_3,
        this.input.bend_strength_thickness_p_3,
        this.input.bend_strength_thickness_r_3,
        this.input.spectrum_torque_carrier_s_1,
        this.input.power_rate_carrier_s_1,
        this.input.spectrum_time_carrier_s_1,
        this.input.cutter_shift_coefficient_1_s,
        this.input.z_cutter_1_s,
        this.input.cutter_shift_coefficient_2_s,
        this.input.z_cutter_2_s,
        this.input.cutter_shift_coefficient_3_s,
        this.input.z_cutter_3_s,
      ]
    },
    //提交请求
    submit() {
      this.add();
      this.input.shuzu=this.input.shuzu.toString()
      three_planet_design_check_last_sn_20140930(this.input)
          .then(res => {
            console.log(res);
            this.output = res;
            this.replace();
            this.isAbout=true;
          })
          .catch(error => {
            console.log(error);
          });
    },
    //about
    about(){
      if (this.isAbout){
        this.select('c');
      }
      else{
        alert('没有相关参数,请先进行计算')
      }
    }
  },
  mounted(){
    //绑定页面退出事件
    window.onbeforeunload= (e)=>{
      e = e || window.event;
      if (e) {
        e.returnValue = '关闭提示';
      }
      this.delete()//调用自己的方法
      // Chrome, Safari, Firefox 4+, Opera 12+ , IE 9+
      return '关闭提示';
    };
  },
  watch: {
    ischeck1(newName) {
      if (newName == 0) {
        this.input1 = false;
        this.input.auto_work_center_1 = 1;

      } else {
        alert("请输入正确的中心距及小轮法向变位系数!");
        this.input1 = true;
        this.input.auto_work_center_1 = 2;
      }
    },
    ischeck2(newName) {
      if (newName == 0) {
        this.input2 = false;
        this.input.auto_work_center_2 = 1;

      } else {
        alert("请输入正确的中心距及小轮法向变位系数!");
        this.input2 = true;
        this.input.auto_work_center_2 = 2;
      }
    },
    ischeck3(newName) {
      if (newName == 0) {
        this.input3 = false;
        this.input.auto_work_center_3 = 1;

      } else {
        alert("请输入正确的中心距及小轮法向变位系数!");
        this.input3 = true;
        this.input.auto_work_center_3 = 2;
      }
    },
    'input.auto_cutter_1'(newName) {
      if (newName == 1) {
        this.dis1 = true
      } else
        this.dis1 = false
    },
    'input.auto_cutter_2'(newName) {
      if (newName == 1) {
        this.dis2 = true
      } else
        this.dis2 = false
    },
    'input.auto_cutter_3'(newName) {
      if (newName == 1) {
        this.dis3 = true
      } else
        this.dis3 = false
    },
    'input.whether_rate_load'(newName){
      if(newName==2){
        this.isTable=true;
      }
      else
        this.isTable=false;
    }
  }
}
</script>

<style scoped>
* {
  overflow: hidden;
}

.box_mid {
  height: 30%;
  width: 100%;
  margin-bottom: 1%;
}

.box_end {
  height: 60%;
  width: 100%;
}

.da, .db,.dc{
  position: absolute;
  left: 0;
  top: 5%;
  background-color: white;
  width: 98%;
  height: 96%;
  margin-left: 1%;

}

.db {
  /*默认显示da界面*/
  width: 100%;
  height: 100%;
}

.bend_head {
  width: 100%;
  /*height: 31px;*/
  font-size: 17.5px;
  background-color: #D7D7D7;
  border-radius: 3px;
  padding-left: 15px;
  font-weight: bolder;
}

button {
  display: block;
  border-radius: 4px;
  border: 2px #686868;
  background: #D7D7D7;
  width: 10%;
  height: 5%;
  font-size: 18px;
  color: #FFFFFF;
  letter-spacing: 0;
  text-align: center;
  margin-left: 1%;
  float: left;
}

.select_active {
  background-color: rgb(153, 153, 153);
  color: rgb(230, 230, 230);
}

.B_show {
  left: 0;
}

.box {
  height: 100%;
  width: 32%;
  float: left;
  margin: 0.5%;
  background: #FFFFFF;
  box-shadow: 1.5px 1.5px 2px #aaaaaa;
  border: 0.5px solid rgba(231, 231, 231, 0.486);
  border-radius: 3px;
}

.bend_input {
  float: right;
  height: 100%;
  width: 30%;
  text-align: center;
}

.bend_input2 {
  float: right;
  height: 100%;
  width: 95%;
  text-align: center;
  margin-right: 2%;
}

.bend {
  height: 2.5%;
  width: 100%;
}

.bend2 {
  height: 13%;
  width: 100%;
}

.bend3 {
  height: 5.5%;
  width: 100%;
}

.bend4 {
  height: 10%;
  width: 100%;
  margin-top: 0.2%;
}

.bend5 {
  height: 5.55%;
  width: 100%;
}

.bend6 {
  height: 7.1%;
  width: 100%;
}
.bend7{
  height: 5.8%;
  width: 100%;
}
.text {
  height: 100%;
  float: right;
  margin-right: 1%;
  font-size: 14px;
  display: block;
  letter-spacing: 0;
  text-align: right;
  line-height: 100%;
  width: 68%;
  padding: 1% 1px;
}


.ant-col {
  height: 100%;
}

.but {
  text-align: center;
  width: 12%;
  line-height: 100%;
  height: 100%;
  float: right;
  /*margin-right: 5%;*/

  background-color: #D7D7D7;
  border-radius: 4px;
  border: 2px #686868;
}


.img-content{
  display: inline-block;
  width: 100%;
  height: 24%;
  margin-bottom: 0;
  border: 0px;
}

.img-content tr:first-child td{
  height: 20%;
  border: 1px solid rgba(0,0,0,.5);
  vertical-align:middle;
  text-align: center;
}
.img-content td{
  height: 20%;
  border: 1px solid silver;
  vertical-align:middle;
  text-align: center;
}
.img-content tr:nth-child(2n+1){
  background-color: rgb(239,239,239);
}
</style>
